Precision band saw blades

Transcription

1 Precision band saw blades Catalogue 2004

2 WIU BAND AW BLADE Precision at the cutting point WIUägenfabrik Wilhelm H. ullmann GmbH & Co. G Melsunger tr. 0 D4286 pangenberg Germany el.: +49 (0) 56 6 / Fax: +49 (0) 56 6 / Fax Export: +49 (0) 56 6 / info@wikus.com

3 2 Contents Quality and performance he highest demands are our standard 5 Global player in more than 60 countries 7 electing the right band saw blade 9 Geometry of a band saw blade 11 Our range at a glance 1 Recommendations for Use 15 CARBON EEL BAND AW BLADE 17 EXRA 18 DIAMAN 19 JE 20 BIMEAL BAND AW BLADE 21 Qualities and special designs 22 ECOFLEX M42 2 PROFLEX M42 24 BIFLEX M42 25 VARIO M42 26 MARAHON M42 27 BIFLEX M51 28 MARAHON M51 29 GIGAN M42 / M51 0 VECOR M42 / M51 1 ELEA V M42 / V M51 2 CARBIDE BAND AW BLADE Carbide tipped band saw blades C 5 DUROE 6 ECODUR 7 FUURA 8 FUURA PLU 9 FUURA N 40 Carbide coated band saw blades Cgrit 41 Cgrit U 42 DIAMOND COAED BAND AW BLADE 4 DIAGRI / DIAGRI 44 DIAGRI U 45 Band saw blade dimensions and machine types 46 Cutting speeds and cooling lubricant 57 Breakingin the band saw blades 60 Customer service 61 How to inquire and order 62

4 WIU BAND AW BLADE No compromise in quality and performance

5 4 Innovative band saw blades made in pangenberg WIU has produced band saw blades since Hightech tools according to the individual requirements for industry and trade. WIU blades are used everywhere highest precision, fine cutting and maximum power are required. he most important principle of WIU quality policy is the customer s satisfaction. hat is why quality consciousness is an important part of our company management, and can be found in all our departments. he motto precision at the cutting point is a concrete statement concerning WIU great demands on its products. A visible sign of our highquality standard is the certification to DIN EN IO 9001 that has been achieved by WIU, the first European manufacturer of band saw blades to accomplish this. By offering a range of more than 1400 product variants WIU is leading the world market when cutting metal and is Europe s largest manufacturer of band saw blades. In order to maintain our position, we invest a great deal in research and development, because cutting is both science and philosophy for us.

6 WIU BAND AW BLADE he highest demands are our standard Photo: Eschmanntahl GmbH & Co.G, Gummersbach, Germany

7 6 Highquality tools for industry and trade WIU band saw blades are designed specifically for the application and the material to be cut and are therefore able to supply the best results with maximum quality and profitability to our customers. Frequent applications for our products are in the following fields: steel production and steel trade machine construction automotive industry aerospace building sector Concrete blocks for house storefronts are formed, steel beams are cut to the required size, rubber tyres and whole engine blocks are cut in the automotive industry all using WIU band saw blades. Even granite and hardest steel or titanium alloys cannot stop our products. Whether the smallest or finest castings require maximum surface finish or gigantic steel blocks are to be cut you can always depend on the precision of a WIU band saw blade.

8 WIU BAND AW BLADE Global player in more than 60 countries

9 8 Worldwide close to you At more than 60 locations WIU supports you with their representatives. It is our principle to be an international presence. Direct contact to our customers helps us to understand individual requirements better and to optimally comply with them. America: Argentina Brazil Canada Mexico Peru UA Venezuela Africa: Egypt Morocco outh Africa unisia Zimbabwe Europe: Austria Belgium BosniaHerzegovina Bulgaria Czech Republic Croatia Denmark Finland France Great Britain Greece Hungary Iceland Ireland Italy Macedonia Malta the Netherlands Norway Poland Portugal Romania Russia lovakia lovenia pain weden witzerland urkey Yugoslavia Asia: China Dubai Hong ong India Indonesia Iran Israel Japan orea uwait Malaysia Oman Pakistan audi Arabia ingapore aiwan hailand Australia: Australia New Zealand

10 WIU BAND AW BLADE When selecting a WIU band saw blade you may use the following points as check list. electing the right band saw blade 1. Band length he band dimension individually depends on the used cutting machine. You will find further information in the rear of this catalogue or in the operation instructions for your machine. Band width and smallest radius 20 mm r = mm r = 95 1 mm r = mm r = 40 8 mm r = 0 6 mm r = 16 4 mm r = 8 mm r = 2. Band width With horizontal machines the band width is specified by the manufacturer. Vertical band saw machines allow higher variations of the band width. However, the general rule is the wider the band saw blade the higher its stability. In case of contour cuts the smallest radius to be cut is the limiting factor for the band width.. Cutting edge material WIU offers four main groups of cutting edge materials: Carbon steel Hardness: approx. 850 HV empering resistance: approx. 200 C Highspeed steel Hardness: approx HV empering resistance: approx. 600 C Carbide Hardness: approx HV empering resistance: approx. 800 C Diamond Hardness: approx HV he machinability of the material to be cut determines the cutting edge material.

11 10 Our technical service team will gladly help you with the selection. For extensive product recommendation we need detailed information, please see pages 61 and 62. Constant tooth pitch ooth pitch 24 tpi 18 tpi 14 tpi 10 tpi 8 tpi 6 tpi 4 tpi tpi 2 tpi 1,25 tpi 0,75 tpi Contact length up to 6 mm up to 10 mm up to 15 mm 15 0 mm 0 50 mm mm mm mm mm mm mm Variable tooth pitch ooth pitch 1014 tpi 812 tpi 610 tpi 58 tpi 46 tpi 45 tpi 4 tpi 2 tpi 1,42 tpi 0,751,25 tpi 0,550,75 tpi Contact length up to 0 mm mm mm 5 80 mm mm mm mm mm mm mm mm Cutting of tubes and profiles If you have to cut two or more tubes lying side by side please use this table in consideration of the double wall thickness s. 4. ooth pitch At WIU you may choose between constant and variable tooth pitch. Here the contact length of the blade in the work piece is decisive. o give you a better overview you will also find the upper and lower limit in both given tables. 5. ooth shape Our different tooth shapes have been optimally combined with our cutting edge materials and band dimensions by our technologists. Raker tooth () for shortchipping and brittle materials kip tooth (L) for flexible materials (aluminium and wood) Hook tooth () for longchipping, tough materials ooth shape (HV) particularly for brittle and annealed materials with large crosssections ooth shape (VA) particularly for tough and longchipping materials with large crosssections Profile tooth (P) for hollow profiles, angle profiles and beams rapezoid tooth () for high cutting rates and best surface quality ooth shape (N) particularly for induction hardened and chrome coated shafts 6. ype of tooth set Our product range offers every type of tooth set that is important for you. Carbon steel band saw blades D, W, RL, G Bimetal band saw blades D, G Carbide coated band saw blades D Our carbide tipped band saw blades FUURA, FUURA PLU and FUURA N as well as all coated band saw blades are not set. Further information concerning tooth shapes, tooth pitches and types of tooth set can be found on the next page.

12 WIU BAND AW BLADE he geometry of a band saw blade ooth shapes he tooth shapes of the WIU range differ by the rake angle of the tooth edge and by the shape of the gullet. Raker tooth () Rake angle: 0, for: shortchipping materials steels with high carbon content preferably tool steel and cast iron materials with small crosssections thinwalled profiles kip tooth (L) Rake angle: 0, for: flexible materials (aluminium and wood) Hook tooth () Rake angle: positive, for: longchipping, tough materials nonferrous metals and steels with a carbon content of < 0,8% structural steels, steels for cold extrusion, tempered steels, rust and acidresistant steels, exotic alloys large crosssections positive ooth shape (HV) Hook tooth (as above), rake angle: positive, for: brittle and annealed materials large crosssections ooth shape (VA) Hook tooth (as above), rake angle: positive, for: tough and longchipping materials large crosssections Profile tooth (P) Rake angle: positive, for: hollow and angle profiles beams bundle and layer cuts applications that are susceptible to vibrations rapezoid tooth () Rake angle: positive, for: high cutting rates with high material demands ooth shape (N) rapezoid tooth (as above), rake angle: negative, for: induction hardened and chrome coated shafts hardened steels up to 62 HRC, hard manganese steels, hardchrome plated work pieces diameters up to 200 mm Cutting edge geometry trapezoid ooth pitch (z) ooth pitch is defined as the number of teeth per inch (tpi). 1 inch corresponds to 25,4 mm. In the WIU range a difference is made between constant tooth pitches with regular tooth distance and variable tooth pitches with differing tooth distance within one toothing interval. Variable tooth pitches are marked by two measures, e.g. 2 tpi. With this, 2 tpi signifies the maximum tooth distance and tpi signifies the minimum tooth distance in the toothing interval.

13 12 ypes of tooth set By means of the tooth set, where the teeth protrude alternately left and right beyond the blade body, freecutting action of the band saw blade is achieved. tandard set (D) he standard set is an allpurpose set for cutting thicknesses of more than 5 mm ( /16 ) of steels, castings and hard nonferrous metals. With constant tooth pitch the set sequence is left/right/straight. oothing interval With variable tooth pitch one tooth in each toothing interval is unset. he remaining teeth in the interval are recurrently set left/right. Group set (G) For band saw blades in the tooth pitch range of 418 tpi improved surface quality is obtained with group set. Rightleft set (RL) Constant tooth pitch With materials that are easy to cut, such as nonferrous metals, plastics and wood, a right/left set is particularly effective. Wavy set (W) Variable tooth pitch Min. tooth pitch Max. tooth pitch With material dimensions up to 5 mm ( /16 ), such as sheets, thinwalled tubes and profiles, we recommend wavy set. oothing interval

14 WIU BAND AW BLADE Our range at a glance Carbon steel band saw blades ales units: coils in fixed lengths and manufacturing coils up to 120 m, depending on the band width, weldedtolength band saw blades Band widths: Constant tooth pitches: ooth shapes: ypes of tooth set: 2,5 to 8 mm 2 to 24 teeth per inch (tpi) raker tooth (s), hook tooth (), skip tooth (L) standard set (D), wavy set (W), group set (G) right/leftset (RL) Bimetal band saw blades ales units: coils in fixed lengths and manufacturing coils up to 120 m, depending on the band width, weldedtolength band saw blades Band widths: Constant tooth pitches: Variable tooth pitches: ooth shapes: ypes of tooth set: 4 to 125 mm 0,75 to 18 teeth per inch (tpi) 0,550,75 to 1014 tpi raker tooth () hook tooth () tooth shape (HV) tooth shape (VA) profile tooth (P) standard set (D) group set (G) Carbide band saw blades ales units: coils at max. 50 m, weldedtolength band saw blades Band widths: Constant tooth pitches: Variable tooth pitches: ooth shapes: Unset tooth shapes: 1 to 80 mm 1,25 to 4 teeth per inch (tpi) 0,550,75 to 4 tpi raker tooth (), hook tooth () trapezoid tooth (), tooth shape (N) ales units: Band widths: Carbide coating: Grit sizes: weldedtolength band saw blades 6 to 41 mm constant (), intermittent (U), with 8 to 14 mm pitch C181, C01, C56, C525, C700 Diamond coated band saw blades ales units: Band widths: Diamond coating: Grit sizes: weldedtolength band saw blades 10 to 100 mm constant (), segmented (), intermittent (U), with 6 to 0 mm pitch D91, D126, D181, D252, D56, D427, D601 * Not available with positive rake angle

15 14 Constant tooth pitch Variable tooth pitch Cutting edge material Backing material Rake angle 0 and positive Rake angle 0 or negative Rake angle positive Chromealloyed tool steel EXRA* Item group 500 ungstensiliconchromealloyed tool steel DIAMAN Item group 510 iliconchromealloyed tool steel JE* Item group 515 HM HRC approx HV Chromealloyed spring steel ECOFLEX M42 Item group 52 ECOFLEX M42 Item group 52 PROFLEX M42 Item group 524 quenched and tempered steel with 4% chrome exclusively WIU BIFLEX M42 Item group 526 VARIO M42 Item group 528 MARAHON M42 Item group 529 GIGAN M42 Item group 52 VECOR M42 Item group 54 ELEA V M42 Item group 56 HM51 approx. 69 HRC approx HV quenched and tempered steel with 4% chrome exclusively WIU BIFLEX M51 Item group 50 MARAHON M51 Item group 51 GIGAN M51 Item group 5 ELEA V M51 Item group 58 VECOR M51 Item group 59 Carbide approx HV quenched and tempered steel with 4% chrome exclusively WIU C Item group 540 DUROE Item group 541 FUURA N Item group 547 ECODUR Item group 542 FUURA Item group 545 FUURA Item group 545 FUURA PLU Item group 546 FUURA PLU Item group 546 Carbide (coated) approx HV Chromealloyed spring steel Cgrit Item group 550 (not toothed) Cgrit U Item group 554 (not toothed) Diamond (coated) approx HV quenched and tempered steel with 4% chrome exclusively WIU DIAGRI Item group 570 (not toothed) DIAGRI Item group 572 (not toothed) DIAGRI U Item group 574

16 WIU BAND AW BLADE Recommendation for Use Product group Carbon steel Bimetal Item group Cutting edge material <50 tructural steels Case hardened steels Machining steels >400 EXRA 500 DIAMAN 510 JE 515 ECOFLEX 52 PROFLEX 524 BIFLEX 526 VARIO 528 MARAHON 529 BIFLEX 50 MARAHON 51 GIGAN 52 GIGAN 5 Carbon Carbon Carbon M42 M42 M42 M42 M42 M51 M51 M42 M51 M42 VA VECOR 54 Unalloyed tool steel pring steel Ball bearing steel < >400 VA VA Highspeed steels Cold work steel < >400 HV HV Nitriding steel Quenched and tempered steel Hot working tool steel < >400 <50 VA VA tainless steels >400 VA Hightemperature resisting steel Heatresisting steel Nickel base alloys pecial alloys teels with high tensile strength >1200 N/mm 2 Inductively hardened and chrome coated shafts < >400 < >400 < >400 < >400 <50 VA VA HV Cast >400 <50 HV itanium alloy Aluminium Copper Brass Bronze Red cast Aluminium bronze Abrasive structural steels Carbon Plastics Glass Glass fibre Marble >400 < >400 < >400 < >400 < >400 soft medium hard < >400 < >400 VA HV Ideal uitable Contingently suitable

17 16 Carbide Diamond ELEA V 56 ELEA V 58 VECOR 59 pecial C 540 DUROE 541 ECODUR 542 FUURA 545 FUURA PLU 546 FUURA N 547 pecial DIAGRI 570 DIAGRI /U 572 / 574 M42 M51 M51 PD PW PD/PW HM HM HM HM HM HM PW Dia Dia VA HV

18 CARBON EEL BAND AW BLADE Carbon steel band saw blades Hardened tooth tips and a particularly flexible blade body result in high reliability. WIU carbon steel program is specifically suited to basic shop for cutting of composite materials. ales units: coils in fixed lengths and manufacturing coils up to 120 m, depending on the band width weldedtolength band saw blades Band widths: 2,5 to 8 mm Constant tooth pitches: 2 to 24 teeth per inch (tpi) ooth shapes: raker tooth (), hook tooth (), skip tooth (L) Item group 500 EXRA (approx HRC) Item group 510 DIAMAN (approx HRC) Item group 515 JE friction band saw blade (approx. 665 HRC) ypes of tooth set: standard set (D) wavy set (W) group set (G) right/leftset (RL)

19 18 EXRA Features: Flexible band saw blade made of chromealloyed carbon steel For allpurpose use For unalloyed steels with low tensile strength Hardened tooth tips WIU EXRA Item group 500 EXRA (approx HRC) ooth pitch z in teeth per inch (tpi) Dimensions Width x thickness tandard set (D) Wavy set (W) Right/left set (RL) Group set (G) mm 8 x 0,65 10 x 0,65 1 x 0,65 16 x 0,80 20 x 0,80 25 x 0,90 2 x 1,10 8 x 1,0 Inches 5 /16 x 0,025 /8 x 0,025 1 /2 x 0,025 5 /8 x 0,02 /4 x 0,02 1 x 0, /4 x 0, /2 x 0,050 2 L L L L L L L 4 L L L L L L L L L L 4 6 ooth shapes: = raker tooth, L = skip tooth WIU

20 CARBON EEL BAND AW BLADE DIAMAN Features: ungstensiliconchromealloyed blade with quenched and tempered backing material made of higher alloyed carbon steel and special hardened tooth tips For low alloyed steels For steels of medium tensile strength For basic shop use Longer lifetime and wear resistance WIU DIAMAN Item group 510 DIAMAN (approx HRC) Dimensions Width x thickness mm 2,5 x 0,65 x 0,65 4 x 0,65 5 x 0,40 5 x 0,65 6 x 0,40 6 x 0,65 8 x 0,65 10 x 0,65 1 x 0,65 16 x 0,50 16 x 0,65 16 x 0,80 20 x 0,80 25 x 0,90 2 x 1,10 8 x 1,0 Inches /2 x 0,025 1 /8 x 0,025 5 /2 x 0,025 /16 x 0,016 /16 x 0,025 1 /4 x 0,016 1 /4 x 0,025 5 /16 x 0,025 /8 x 0,025 1 /2 x 0,025 5 /8 x 0,020 5 /8 x 0,025 5 /8 x 0,02 /4 x 0,02 1 x 0, /4 x 0, /2 x 0,050 2 L 4 L L L L L tandard set (D) 6 8 ooth pitch z in teeth per inch (tpi) Wavy set (W) Group set (G) ooth shapes: = raker tooth, = hook tooth, L = skip tooth WIU

21 20 JE Features: Highflexible band saw blade made of siliconchromealloyed spring steel for friction cutting Optimal for dynamic strain with cutting speeds of m/min For friction cutting on special machines For steels up to 0 mm thickness For composite materials Hardened tooth tips WIU JE Item group 515 JE friction band saw blade (approx. 665 HRC) Dimensions Width x thickness mm 8 x 0,65 10 x 0,65 1 x 0,65 16 x 0,80 20 x 0,80 25 x 0,90 2 x 1,10 Inches 5 /16 x 0,025 /8 x 0,025 1 /2 x 0,025 5 /8 x 0,02 /4 x 0,02 1 x 0, /4 x 0,042 tandard set (D) ooth pitch z in teeth per inch (tpi) 6 Right/left set (RL) 8 10 Group set (G) 4 ooth pitch and cutting speed Cutting material ooth pitch (tpi) material thickness in mm Cutting speed (m/min) material thickness in mm tructural steel Alloyed steel Austenitic steel itanium Car body sheet steel up to up to to ooth shape: = raker tooth WIU

22 BIMEAL BAND AW BLADE Bimetal band saw blades Wearresistant tooth edges made of H in M 42 and M51 qualities, combined with high tooth tip hardness are the characteristics of the extensive bimetal range. ales units: coils in fixed lengths and manufacturing coils up to 120 m, depending on the band width weldedtolength band saw blades Band widths: 4 to 125 mm Constant tooth pitches: 0,75 to 18 teeth per inch (tpi) Variable tooth pitches: 0,550,75 to 1014 tpi ooth shapes: raker tooth (), hook tooth (), tooth shape (HV), tooth shape (VA), profile tooth (P) ypes of tooth set: standard set (D), group set (G) Item group 52 ECOFLEX M42 (6869 HRC) Item group 524 PROFLEX M42 (6869 HRC) Item group 526 BIFLEX M42 (6869 HRC) Item group 528 VARIO M42 (6869 HRC) Item group 529 MARAHON M42 (6869 HRC) Item group 50 BIFLEX M51 (approx. 69 HRC) Item group 51 MARAHON M51 (approx. 69 HRC) Item group 52 GIGAN M42 (6869 HRC) Item group 5 GIGAN M51 (approx. 69 HRC) Item group 54 VECOR M42 (6869 HRC) Item group 59 VECOR M51 (approx. 69 HRC) Item group 56 ELEA V M42 (6869 HRC) Item group 58 ELEA V M51 (approx. 69 HRC)

23 22 pecial designs PDdesign Positive rake angle for aggressive cutting For rust and acidresistant steels and exotic alloys For medium and large crosssections PWdesign Excellent cutting rate and tool life For rust and acidresistant steels as well as exotic alloys horter cutting times and longer lifetime with large material crosssections PEdesign Highest possible surface finish by doublesided ground tooth faces Particularly suitable for cutting aluminium extremely positive ales units: coils of 0,5 m manufacturing coils up to 120 m, depending on the width weldedtolength band saw blades Item groups: 526, 529, 50, 51 Band widths: 27 to 125 mm Constant tooth pitches: 0,75 to tpi Variable tooth pitches: 0,550,75 to 4 tpi ooth shape: ype of tooth set: D ales units: coils of 0,5 m manufacturing coils up to 120 m, depending on the width weldedtolength band saw blades Item groups: 526, 529,50, 51, 56, 58 Band widths: 27 to 125 mm Constant tooth pitches: 0,75 to tpi Variable tooth pitches: 0,550,75 to 4 tpi ooth shape: ype of tooth set: D ales units: only with weldedtolength band saw blades Item groups: 520 to 51 Band widths: 27 to 67 mm Constant tooth pitches: to 18 tpi Variable tooth pitches: 4 tpi to 1014 tpi ooth shapes:, ypes of tooth set: D, G Bimetal qualities M42 Wear resistance is the outstanding feature of the cutting edge material M42. heir decisive factors are the carbide sizes and their composition. In the shown structure the extremely hard special carbides (white) are embedded in a temperatureresistant martensitic matrix. Due to our technically fully developed heat treatment process the optimal microstructure for your purposes can be achieved. M51 harp cutting edges and highest wear resistance, that s what high strength austenitic steels and exotic alloys demand from band saw blades. WIU is able to meet this task with its HM51. he high tungsten and carbon content increases the number of carbides (right figure) and also the resistance against abrasive wear. Additionally, due to the high cobalt content the resistance of the microstructure against thermal wear is improved. M42 M51 H flat wire Backing material made of quenched and tempered steel M42 C W Mo V Co qq 2% 10% 1% 8% qqq 10% 4% % 10% Electron or laser beam welding process Bimetal band saw blade ooth hardness 6869 HRC M51 approx. 69 HRC

24 BIMEAL BAND AW BLADE ECOFLEX M42 Features: Ideal for cutting small and medium work pieces Vibration damping, variable tooth pitch ooth tips made of particularly wearresistant quality For small and medium work piece dimensions For profiles and solid materials For demanding shop operations For all steels up to 45 HRC WIU ECOFLEX M42 Item group 52 ECOFLEX M42 (6869 HRC) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) tandard set (D) mm 20 x 0,90 27 x 0,90 4 x 1,10 41 x 1,0 Inches /4 x 0, /16 x 0,05 1 /8 x 0, /8 x 0, Item group 52 ECOFLEX M42 NE (6869 HRC) with extra wide set for treating nonferrous metals Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) Extra wide set mm 20 x 0,90 27 x 0,90 4 x 1,10 Inches /4 x 0, /16 x 0,05 1 /8 x 0,042 4 ooth shapes: = raker tooth, = hook tooth WIU

25 24 PROFLEX M42 Features: ooth geometry especially developed for cutting profiles and tubes For hollow profiles For angle profiles For beams For layer and bundle cuts WIU PROFLEX M42 Item group 524 PROFLEX M42 (6869 HRC) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) mm 20 x 0,90 27 x 0,90 4 x 1,10 41 x 1,0 54 x 1,0 54 x 1,60 Inches /4 x 0, /16 x 0,05 1 /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 2 P** P** P** P** 4 P P** P** P** P** 4 6 P* P* P* P* P* 5 7 P P P P P P 8 11 P P P P ooth shape: P = profile tooth * ooth pitch will be discontinued ** Also available in wider set for profiles with extreme residual stress WIU

26 BIMEAL BAND AW BLADE BIFLEX M42 Features: Optimal wear resistance due to high cobalt and molybdenum content of the tooth tips Resistant against highest dynamic strain For all steels up to 45 HRC For all work piece dimensions For nonferrous metals For contour cuts WIU BIFLEX M42 Item group 526 BIFLEX M42 (6869 HRC) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) tandard set (D) Group set (G) mm 4 x 0,90 6 x 0,65 6 x 0,90 10 x 0,90 1 x 0,50 1 x 0,65 1 x 0,90 20 x 0,90 27 x 0,90 27 x 1,10 4 x 1,10 41 x 1,0 54 x 1,0 54 x 1,60 67 x 1,60 80 x 1,60 Inches 5 /2 x 0,05 1 /4 x 0,025 1 /4 x 0,05 /8 x 0,05 1 /2 x 0,020 1 /2 x 0,025 1 /2 x 0,05 /4 x 0, /16 x 0, /16 x 0,042 1 /8 x 0, /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 1 /8 x 0,06 0,75* * * 1, ooth shapes: = raker tooth, = hook tooth * Only available in special design PD (see page 22) WIU

27 26 VARIO M42 Features: Particularly suitable for vibrationsusceptible cutting tasks in serial cuts Variable tooth pitch Wearresistant tooth tips For profile and bundle cuts For serial cuts For small and medium work piece dimensions For all steels up to 45 HRC WIU VARIO M42 Item group 528 VARIO M42 (6869 HRC) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) tandard set (D) mm 6 x 0,65 6 x 0,90 10 x 0,90 1 x 0,50 1 x 0,65 1 x 0,90 20 x 0,90 27 x 0,90 27 x 1,10 4 x 1,10 41 x 1,0 54 x 1,0 Inches 1 /4 x 0,025 1 /4 x 0,05 /8 x 0,05 1 /2 x 0,020 1 /2 x 0,025 1 /2 x 0,05 /4 x 0, /16 x 0, /16 x 0,042 1 /8 x 0, /8 x 0, /8 x 0, ooth shape: = raker tooth WIU

28 BIMEAL BAND AW BLADE MARAHON M42 Features: ooth tips with high cobalt and molybdenum content Highest cutting rates Longer lifetime For layer and bundle cuts of large work piece dimensions For large profiles and solid materials For all steels up to 45 HRC For nonferrous metals WIU MARAHON M42 Item group 529 MARAHON M42 (6869 HRC) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) tandard set (D) mm 27 x 0,90 27 x 1,10 4 x 1,10 8 x 1,0** 41 x 1,0 54 x 1,0 54 x 1,60 67 x 1,60 80 x 1, x 1, x 2,00 Inches 1 1 /16 x 0, /16 x 0,042 1 /8 x 0, /2 x 0, /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 1 /8 x 0,06 4 x 0,06 5 x 0,079 0,55 0,75 * * 0,75 1,25 * * * * * 1,42 2 * ooth shape: = hook tooth * Only available in special design PD (see page 22) ** Dimension in light print will be discontinued WIU

29 28 BIFLEX M51 Features: Developed for cutting austenitic steels and exotic alloys Extreme tooth tip hardness due to high tungsten and cobalt content For rust and acidresistant steels of medium and large crosssections For nickel base alloys (such as Inconel, Hastelloy, Nimonic) of medium and large crosssections For titanium and special bronze For steels up to 50 HRC WIU BIFLEX M51 Item group 50 BIFLEX M51 (approx. 69 HRC) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) tandard set (D) mm 27 x 0,90 4 x 1,10 41 x 1,0 54 x 1,60 67 x 1,60 Inches 1 1 /16 x 0,05 1 /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 0,75 * 1, ooth shapes: = raker tooth, = hook tooth * Only available in special design PD (see page 22) WIU

30 BIMEAL BAND AW BLADE MARAHON M51 Features: Even in interrupted cuts austenitic steels and exotic alloys can be cut For rust and acidresistant steels of medium and large bundle and profile dimensions For nickel base alloys (such as Inconel, Hastelloy, Nimonic) of medium and large bundle and profile dimensions For titanium and special bronze For steels up to 50 HRC WIU MARAHON M51 Item group 51 MARAHON M51 (approx. 69 HRC) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) tandard set (D) mm 27 x 0,90 4 x 1,10 41 x 1,0 54 x 1,60 67 x 1,60 80 x 1,60 Inches 1 1 /16 x 0,05 1 /8 x 0, / 8 x 0, /8 x 0, /8 x 0,06 1 /8 x 0,06 0,75 1,25 * * * 1, ooth shape: = hook tooth * Only available in special design PD (see page 22) WIU

31 0 GIGAN M42 / M51 Features: New developed tooth shapes, especially for the following applications: ooth shape HV: brittle and annealed materials ooth shape VA: tough and longchipping materials Clear cutting rate increase and optimal tool life with extreme large crosssections For gigantic large work pieces For rust and acidresistant steels For steels with high tensile strength For nickel base alloys (such as Inconel, Hastelloy, Nimonic) WIU GIGAN M42 Item group 52 GIGAN M42 (6869 HRC) Item group 5 GIGAN M51 (approx. 69 HRC) Dimensions Width x thickness mm 54 x 1,0 54 x 1,60 67 x 1,60 80 x 1,60 Inches 2 1 /8 x 0, /8 x 0, /8 x 0,06 1 /8 x 0,06 0,75 1,25 HV, VA HV, VA HV, VA ooth pitch z in teeth per inch (tpi) Variable tooth pitch 1,4 2 HV*, VA* HV, VA HV, VA HV, VA ooth shape HV = annealed materials with high tensile strength ooth shape VA = stainless steels, tough and longchipping materials * Only available in M42 WIU

32 BIMEAL BAND AW BLADE VECOR M42 / M51 Features: New developed tooth shapes especially for the following applications: ooth shape HV: brittle and annealed materials ooth shape VA: tough and longchipping materials Clear cutting rate increase and optimal tool life with large crosssections For large work pieces For rust and acidresistant steels For steels with high tensile strength For nickel base alloys (such as Inconel, Hastelloy, Nimonic) WIU VECOR M42 Item group 54 VECOR M42 (6869 HRC) Item group 59 VECOR M51 (approx. 69 HRC) Dimensions Width x thickness mm 4 x 1,10 41 x 1,0 54 x 1,0 54 x 1,60 Inches 1 /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 2 HV, VA HV, VA HV*, VA* HV, VA ooth pitch z in teeth per inch (tpi) Variable tooth pitch 4 HV, VA HV, VA HV*, VA* HV, VA ooth shape HV = annealed materials with high tensile strength ooth shape VA = stainless steels, tough and longchipping materials * Only available in M42 WIU

33 2 ELEA V M42 / V M51 Features: Highperformance band saw blade Extremely positive rake angle for optimal chip division Variable set sequence For longchipping materials For rust and acidresistance steels For nickel base alloys For special bronze and copper For titanium alloys optimal chip division ground leading tooth WIU ELEA V M51 Item group 56 ELEA V M42 (6869 HRC) Item group 58 ELEA V M51 (approx. 69 HRC) extremely positive Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) Variable tooth pitch mm 27 x 0,90 4 x 1,10 41 x 1,0 54 x 1,0 54 x 1,60 67 x 1,60 80 x 1,60 Inches 1 1 /16 x 0,05 1 /8 x 0, /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 1 /8 x 0,06 0,75 1,25 1,4 2 * 2 * 4 ooth shape: = hook tooth * Only available in M42 WIU

34 CARBIDE BAND AW BLADE Carbide band saw blades Carbide tipped band saw blades pecially ground tooth geometries with a tooth tip hardness of 1600 HV makes the WIU carbide range interesting for highest demands. ales units: coils of max. 50 m weldedtolength band saw blades Band widths: 1 to 80 mm Constant tooth pitches: 1,25 tpi to 4 tpi Variable tooth pitches: 0,550,75 tpi to 4 tpi ooth shapes: Raker tooth (), hook tooth () Unset tooth shapes: rapezoid tooth (), tooth shape (N) Item group 540 C (approx HV) Item group 541 DUROE (approx HV) Item group 542 ECODUR (approx HV) Item group 545 FUURA (approx HV) Item group 546 FUURA PLU (approx HV) Item group 547 FUURA N (approx HV)

35 4 Carbide coated band saw blades For cutting hard materials of small dimensions the use of carbide coated band saw blades is particularly optimal. ales unit: weldedtolength band saw blades Band widths: 6 to 41 mm Carbide coating: constant () intermittent (U) in 8 to 14 mm pitch Grit sizes: C181, C01, C56, C525, C700 Item group 550 Cgrit (approx HV) Item group 554 Cgrit U (approx HV)

36 CARBIDE BAND AW BLADE C Features: Ideal tool for cutting abrasive materials ooth tips made of particularly wearresistant carbide For mineral building materials For graphite For sanded grey cast iron WIU C Item group 540 C (approx HV) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) tandard set (D) mm 1 x 0,80 20 x 0,80 27 x 0,90 4 x 1,10 41 x 1,0 Inches 1 /2 x 0,02 /4 x 0, /16 x 0,05 1 /8 x 0, /8 x 0,050 1, ooth shapes: = raker tooth, = hook tooth WIU

37 6 DUROE Features: et carbide tipped band saw blade For treating steels and nonferrous metals For universal use on all band sawing machines Bevelled, straight leading tooth pecial division of the cutting channel Carbide with high wear resistance and toughness WIU DUROE Item group 541 DUROE (approx HV) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) mm 20 x 0,80 27 x 0,90 4 x 1,10 41 x 1,0 Inches /4 x 0, /16 x 0,05 1 /8 x 0, /8 x 0,050 2 ooth shape: = hook tooth WIU

38 CARBIDE BAND AW BLADE ECODUR Features: Economic alternative to start using carbide For aluminium and other materials that tend to form builtup edges For crosssections up to 600 mm For materials up to a hardness of 60 HRC WIU ECODUR Item group 542 ECODUR (approx HV) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) mm 20 x 0,80 27 x 0,90 4 x 1,10 41 x 1,0 54 x 1,0 54 x 1,60 67 x 1,60 80 x 1,60 Inches /4 x 0, /16 x 0,05 1 /8 x 0, /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 1 /8 x 0,06 0,85 1,15 1, ooth shape: = trapezoid tooth WIU

39 8 FUURA Features: Extreme running smoothness even with high cutting speeds / cutting rates With patented special grinding of the tooth edges, we were able to achieve a more favourable division of the cutting channel into 7 chip sections For increasing the cutting rate For zirconium and molybdenum For hardened steels up to max. 62 HRC For aluminium bronze and Ampco For titanium alloys WIU FUURA Item group 545 FUURA (approx HV) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) mm 20 x 0,80 27 x 0,90 4 x 1,10 41 x 1,0 54 x 1,0 54 x 1,60 67 x 1,60 80 x 1,60 Inches /4 x 0, /16 x 0,05 1 /8 x 0, /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 1 /8 x 0,06 0,55 0,75 0,85 1,15 1, ooth shape: = trapezoid tooth WIU

40 CARBIDE BAND AW BLADE FUURA PLU Features: Unique combination due to its sophisticated geometry: coarse cutting in the centre of the cutting channel as well as plain machining on both cutting surfaces For the best surface finish For sanded aluminium and magnesium cast Best surface finish WIU FUURA PLU Item group 546 FUURA PLU (approx HV) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) mm 20 x 0,80 27 x 0,90 4 x 1,10 41 x 1,0 54 x 1,0 54 x 1,60 67 x 1,60 80 x 1,60 Inches /4 x 0, /16 x 0,05 1 /8 x 0, /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 1 /8 x 0,06 0,55 0,75 0,85 1,15 1, ooth shape: = trapezoid tooth WIU

41 40 FUURA N Features: he tooth shape N, already tested and steadily improved over many years, is based on the proven tooth edge geometry of FUURA. his gives incomparable stability to the precisely ground trapezoid teeth of FUURA N. FUURA geometry with specially aligned rake angle For induction hardened and chrome coated shafts For hardened steel up to 62 HRC For hard manganese steel For hardchrome plated work pieces For diameters up to 200 mm WIU FUURA N Item group 547 FUURA N (approx HV) Dimensions Width x thickness ooth pitch z in teeth per inch (tpi) mm 20 x 0,80 27 x 0,90 4 x 1,10 41 x 1,0 54 x 1,0 54 x 1,60 67 x 1,60 Inches /4 x 0, /16 x 0,05 1 /8 x 0, /8 x 0, /8 x 0, /8 x 0, /8 x 0,06 2 N N N N N N N 4 N N N N 4 N N N ooth shape: N WIU

42 CARBIDE BAND AW BLADE Cgrit Features: Band saw blade with continuous carbide coating Especially for cutting work pieces of small dimensions For car tyres For ceramic plates For cables and wires For fibreglass WIU Cgrit Item group 550 Cgrit (approx HV) Dimensions Width x thickness Grit sizes mm 6 x 0,50 10 x 0,65 1 x 0,50 1 x 0,65 20 x 0,80 25 x 0,90 2 x 0,90 2 x 1,10 Inches 1 /4 x 0,020 /8 x 0,025 1 /2 x 0,020 1 /2 x 0,025 /4 x 0,02 1 x 0, /4 x 0, /4 x 0,042 C 181 * C 01 C 56 * C 525 Coating: = continuously carbide coating, alternative dimensions on request * izes will be discontinued WIU

43 42 Cgrit U Features: Intermittent carbide coating Advantageous chip flow with work pieces of larger crosssections For car tyres For fibreglass For high surface finish with large crosssections WIU Cgrit U Item group 554 Cgrit U (approx HV) Dimensions Width x thickness Grit sizes Gap pitch mm 6 x 0,50 10 x 0,65 1 x 0,50 1 x 0,65 20 x 0,80 25 x 0,90 25 x 1,10 2 x 0,90 2 x 1,10 8 x 1,10 41 x 1,0 Inches 1 /4 x 0,020 /8 x 0,025 1 /2 x 0,020 1 /2 x 0,025 /4 x 0,02 1 x 0,05 1 x 0, /4 x 0, /4 x 0, /2 x 0, /8 x 0,050 C 01 U U U U U U* C 56 U U U U U U* U U C 525 U U U U U U C 700 U* U mm Coating: U = intermittent carbide coating, alternative dimensions on request * izes will be discontinued WIU

44 DIAMOND COAED BAND AW BLADE Diamond coated band saw blades Because it is the hardest material, diamond is able to cut all materials and alloys. Independent of the material we recommend a cutting speed of 1200 m/min or 20 m/sec. he special features of the backing material exclusively developed and patentprotected for WIU easily ensure the necessary fatigue strength. ales units: weldedtolength band saw blades Band widths: 10 to 100 mm Diamond coating: constant () segmented () intermittent (U) in 6 to 0 mm pitch Grit sizes: D91, D126, D181, D252, D56, D427, D601 Item group 570 DIAGRI (approx HV) Item group 572 DIAGRI (approx HV) Item group 574 DIAGRI U (approx HV)

45 44 DIAGRI / DIAGRI Features: Diamond coated band saw blades by WIU will surely cut every material Continuous coating () egmented coating () Backing material exclusively developed for WIU For aluminium with hard particle inclusions For hardened and chromed steel shafts For carbide For brake pads For glass For GRP WIU DIAGRI WIU DIAGRI Item group 570 DIAGRI (approx HV) Item group 572 DIAGRI (approx HV) mm 10 x 0,50 10 x 0,65 1 x 0,50 1 x 0,65 1 x 0,80 16 x 0,50 16 x 0,65 Width x thickness Inches /8 x 0,020 /8 x 0,025 1 /2 x 0,020 1 /2 x 0,025 1 /2 x 0,02 5 /8 x 0,020 5 /8 x 0,025 mm 20 x 0,50 20 x 0,80 25 x 0,65 27 x 0,50 27 x 0,70 27 x 0,90 4 x 0,90 Band dimension Width x thickness Inches /4 x 0,020 /4 x 0,02 1 x 0, /16 x 0, /16 x 0, /16 x 0,05 1 /8 x 0,05 mm 4 x 1,10 8 x 0,70 40 x 0,50 40 x 0,80 41 x 1,0 50 x 0,90 54 x 1,10 Width x thickness Inches 1 /8 x 0, /2 x 0,028 9 /16 x 0,020 9 /16 x 0, /8 x 0,050 2 x 0, /8 x 0,042 All band saw blades are available in seven grit sizes: D 91 D 126 D 181 D 252 D 56 D 427 D 601 Alternative band dimensions on request WIU

46 DIAMOND COAED BAND AW BLADE DIAGRI U Features: o be used with extremely hard work pieces and larger dimensions Intermittent coating Recommended cutting speed of 1200 m/min or 20 m/sec, independent of the material For aluminium with hard particle inclusions For high fired graphite For silicon mono and multi crystals For marble / granite For quartz WIU DIAGRI U Item group 574 DIAGRI U (approx HV) Width x thickness mm 10 x 0,50 10 x 0,65 1 x 0,50 1 x 0,65 1 x 0,80 16 x 0,50 16 x 0,65 20 x 0,50 20 x 0,80 Inches /8 x 0,020 /8 x 0,025 1 /2 x 0,020 1 /2 x 0,025 1 /2 x 0,02 5 /8 x 0,020 5 /8 x 0,025 /4 x 0,020 /4 x 0,02 Gap pitch mm Band dimension Width x thickness Gap pitch Width x thickness Gap pitch mm 25 x 0,65 27 x 0,50 27 x 0,70 27 x 0,90 4 x 0,90 4 x 1,10 8 x 0,70 40 x 0,50 40 x 0,80 Inches 1 x 0, /16 x 0, /16 x 0, /16 x 0,05 1 /8 x 0,05 1 /8 x 0, /2 x 0,028 9 /16 x 0,020 9 /16 x 0,02 mm mm 41 x 1,0 50 x 0,90 54 x 1,10 54 x 1,60 67 x 1,60 80 x 1, x 1,10 Inches 1 5 /8 x 0,050 2 x 0, /8 x 0, /8 x 0, /8 x 0,06 1 /8 x 0,042 4 x 0,042 mm / 0 All band saw blades are available in seven grit sizes: D 91 D 126 D 181 D 252 D 56 D 427 D 601 Alternative band dimensions on request WIU

47 WIU BAND AW BLADE 46 Band saw blade dimensions and machine types On the following pages you will find an overview of the most popular band sawing machines including the appropriate band saw blade dimensions for WIU blades. he machine manufacturers are listed in alphabetical order. he machine types are sorted in ascending order according to the band dimension.

48 WIU BAND AW BLADE Band saw blade dimensions and machine types Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness AMADA H250 A, HA250, HDA250, HFA x 27 x 0,90 HA250 W, HFA250 W 505 x 4 x 1,10 HA250 II, HA x 4 x 1,10 CRH00, CAH x 27 x 0,90 H x 4 x 1,10 HFA x 4 x 1,10 HA400, HFA x 4 x 1,10 HA400 W, HFA400 W 4570 x 41 x 1,0 H450 H 4670 x 41 x 1,0 VM1200, VM x 41 x 1,0 CB x 41 x 1,0 HFA400, HFA400 CNC 4995 x 41 x 1,0 HFA400 LUL 4995 x 41 x 1,0 H650 H, H650 HD 5040 x 41 x 1,0 HA500, HFA x 41 x 1,0 CB400 / 700 W 560 x 41 x 1,0 HFA500, HFA500 CNC 5820 x 54 x 1,60 alternatively 5820 x 54 x 1,0 HB x 54 x 1,0 VM x 54 x 1,60 H700 FR 6460 x 54 x 1,0 H800, HA x 41 x 1,0 H600, H x 54 x 1,60 HA700, HFA x 54 x 1,60 H900 HD 8000 x 54 x 1,60 HFA700 II 8000 x 54 x 1,60 H x 67 x 1,60 H1080 / 1100 W 9700 x 80 x 1,60 HFA x 80 x 1,60 H x 67 x 1,60 H x 80 x 1,60 H x125 x 2,00 BAUER 200 G 2060 x 20 x 0,90 20 DG, 20 DGH 280 x 27 x 0,90 M 170 L, M 170 G 400 V, 400 V, HVB x 20 x 0,90 20 G, 270 G, 270 GH, 280 G, 280 DG, H 280 GZA, H 280 GLZA 000 x 27 x 0,90 VG 20, VG x 27 x 0,90 260, 260 G, H 260 A, H 260 ZA, 20 G 660 x 27 x 0, V, 500 V, 00 L, 00 LG, 20 GL, 20 DG 900 x 27 x 0,90 H 20 ZA, H 20 GLZA, 50, 50 G, A x 4 x 1,10 VG 450, VG 450, VG 450 ZA, A 20 ZA 4150 x 4 x 1,10 80, H 80 A, VG 450 L, VG 450 L, VG 450 LZA, 80 G 4450 x 4 x 1,10 500, 500 G, A 400 ZA 5200 x 4 x 1,10 BEHRINGER LB 20 G, LB 20 DG, LB 20 DG emi automatic 2700 x 27 x 0,90 LB 240 A, LB 240 A/G, LB 240 Gemi automatic 180 x 27 x 0,90 HBP 220, HBP 220 A 720 x 27 x 0,90 alternatively 720 x 4 x 1,10 HBP 260 A 4100 x 4 x 1,10 HBP 26 G, HBP 260/40 G, HBP 26, HBP 26 A, HBP 26 AG 4640 x 4 x 1,10 HBP 0, HBP 0 A 4640 x 41 x 1,0 HBP 20, HBP 20 A, HBP 40, HBP 40 A, HBP 40 G 4860 x 4 x 1,10 HBP 1 G, HBP 10/52 G, HBP 10/40 GA 5000 x 4 x 1,10 HBP 60, HBP 60 A, HBP 60 G 5400 x 41 x 1,0 LP402, LP40, LP404, LP x 41 x 1,0 HBP G, HBP 400, HBP 400 A, HBP 41, HBP 41 A, HBP 420, HBP 420 A 5800 x 41 x 1,0 LP x 41 x 1,0 HBP 40, HBP 40 A, HBP 40 G 5800 x 54 x 1,0 LP602, LP40, LP x 54 x 1,0 HBB65/402F, HBB65/402F4, HBB65/402F x 54 x 1,60 HBP 60/704 G 600 x 41 x 1,0 HBM 70 A 6600 x 4 x 1,10 alternatively 6600 x 41 x 1,0 HBM 440 A 6600 x 4 x 1,10 alternatively 6700 x 54 x 1,0 HBP 500, HBP 500 A 6900 x 41 x 1,0 HBB65/802F, HBB65/802F4, HBB65/802F x 67 x 1,60 HBM 540 A 7000 x 54 x 1,60 alternatively 7000 x 41 x 1,0 HBM 540 ALU 7000 x 4 x 1,10 HBP 40/854 G 7200 x 54 x 1,0 HBP 50, HBP 50 A, HBP 50/700 G 7200 x 54 x 1,60 HBB110/60F, HBB110/60F4, HBB110/60F x 67 x 1,60 HBP 50/4, HBP 50 A/4, HBP 50/704 G, HBP 54 A 1000, HBP 50 A/4 HM 700 x 54 x 1,60 HBB110/100F, HBB110/100F4, HBB110/100F x 67 x 1,60 HBP 50/1104 G 8800 x 54 x 1,60 HBP 650, HBP 650 A, HBP 650/1050, HBP 650/1050 A, HBP 800, HBP 800 A, HBP 800/1050, HBP 800/1050 A HBP 650/850 A, HBP 800/850 A 8800 x 67 x 1,60 HBB 160/80F, HBB 160/80F4, HBB 160/80F x 67 x 1,60 HBP 800/1204, HBP 800/1004, HBP 800/1004 G x 67 x 1,60 HBP 800/104 G x 67 x 1,60 HBP 1080, HBP 1080A, HBP 1080, HBP100, HBP 100A, HBP x 80 x 1,60 HBP x 80 x 1,60 HBP 1080/1700 A, HBP 100/ x 80 x 1,60 HBP , HBP A, HBP , HBP , HBP x 80 x 1,60 HBP 100 Gantry 160 x 80 x 1,60 HBP 1080/2100, HBP 1080/2100 A, HBP 100/ x 80 x 1,60 HBP 1800 Gantry x 80 x 1,60 HBP x 80 x 1,60 BERG & CHMID MB x 1 x 0,65 B x 1 x 0,65

49 48 Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness MB 10/150 / B x 1 x 0,90 MB x 20 x 0,90 MB x 20 x 0,90 MB 210, manually, AutoCut 2465 x 20 x 0,90 GB 220 Basic, manually, AutoCut 250 x 20 x 0,90 GB 20 Eco, GB 20 uper each manually, AutoCut, emi automatic, Fully automatic 2765 x 27 x 0,90 GB 280/05 AutoCut, emi automatic, Fully automatic 75 x 27 x 0,90 VG 500 emi automatic 4140 x 4 x 1,10 B 20 Fully automatic 4240 x 4 x 1,10 B 80 Fully automatic 4570 x 41 x 1,0 B 410 Fully automatic 4770 x 41 x 1,0 B 520 Fully automatic 5815 x 54 x 1,0 Futuro x 41 x 1,0 BIANCO Minibianco 125 x 1 x 0, M x 20 x 0, M x 20 x 0, M x 27 x 0, M x 27 x 0, M D 2450 x 27 x 0, A x 27 x 0, M x 27 x 0, M D 2450 x 27 x 0, A x 27 x 0,90 0 M x 27 x 0,90 0 A x 27 x 0,90 0 A x 27 x 0,90 50 M x 27 x 0,90 50 M D 010 x 27 x 0,90 50 A D x 27 x 0,90 50 A x 27 x 0,90 50 AF 010 x 27 x 0,90 70 M x 27 x 0,90 70 M D 120 x 27 x 0,90 70 M D M 120 x 27 x 0,90 70 A x 27 x 0,90 70 A D 120 x 27 x 0,90 70 A D M 120 x 27 x 0,90 70 AF 120 x 27 x 0,90 70 A x 27 x 0,90 70 AD CNC 1R 120 x 27 x 0, A x 27 x 0, M x 27 x 0, A x 27 x 0, A 60 CNC 270 x 27 x 0,90 50 HFA CNC 980 x 4 x 1, A D 4750 x 4 x 1, A x 4 x 1, HFA CNC 4880 x 41 x 1, A D 5200 x 4 x 1, A x 4 x 1, A 60 D CNC 5200 x 4 x 1, A D 5800 x 41 x 1, A x 41 x 1,0 520 HFA CNC 5800 x 41 x 1,0 BM 0.15B CNC 60 /60 Dx/x 750 x 27 x 0, B CNC 60 /60 Dx/x 750 x 27 x 0,90 Flash 00 CNC/ x 27 x 0, CNC x 4 x 1, CNC x 4 x 1, B A/ x 4 x 1, B A/60 /60 Dxx 4750 x 4 x 1, B CNC / x 4 x 1, B CNC x 4 x 1, B CNC 90 /60 x 4750 x 4 x 1, A x 4 x 1,10 20 CNC 90 PA 500 x 4 x 1, CNC 90 PA 500 x 4 x 1, A 45/60 Dx/x 500 x 4 x 1, /I CNC60 60 DX/x 5700 x 4 x 1, /I CNC 60 /60 Dx/x 5700 x 4 x 1, /I A 60 /60 Dxx 640 x 4 x 1, /l CNC 60 /60 Dx/x 6500 x 41 x 1,0 460 CNC 90 PA 6570 x 4 x 1, /I A 60 /60 Dxx 6870 x 41 x 1,0 610 CNC 90 PA 6880 x 41 x 1,0 610 A x 41 x 1, A x 41 x 1, A 45/60 Dx/x 7070 x 41 x 1,0 560CNC 90 PA 8020 x 54 x 1, A x 54 x 1,60 800x600 A x 54 x 1,60 800x600 CNC.PA 8700 x 54 x 1,60 800x600 A x 54 x 1,60 800x600 CNC /I.PA 8700 x 54 x 1, A 90.PA 960 x 67 x 1, A 90 / I.PA 960 x 67 x 1, CNC 90.PA 960 x 67 x 1, /I A 60 /60 Dxx 9500 x 54 x 1, CNC Dx/x 60 / x 54 x 1, A 90 / I.PA x 67 x 1, CNC 90 /I.PA x 67 x 1,60 700x700 CNC/I.PA x 54 x 1, CNC 90 /I.PA x 80 x 1, A 90 /I.PA x 80 x 1,60 CARIF 260 BM 2450 x 27 x 0, BA 2450 x 27 x 0, BA 2450 x 27 x 0,90 20 BA 025 x 27 x 0,90 20 BA 025 x 27 x 0, BA 660 x 4 x 1, BA 660 x 4 x 1,10 COEN MH812 LC, MHV180 AE 2720 x 27 x 0,90 AH1010 Jay. MH/H1016 JA, MH916 JRP, MH916 J, MH1016 AM; H1016 JYM 50 x 27 x 0,90 AH250 H, C250 NC 505 x 27 x 0,90 NC250 H 505 x 4 x 1,10 AH00 H, C00 NC 660 x 4 x 1,10 NC00 H 820 x 4 x 1,10 AH60C, H60 C 4115 x 4 x 1,10 MH0 ER, H 0 ER 4150 x 27 x 0,90 AH20 H, C20 NC 4242 x 4 x 1,10 C408 NC, AH400 H, C400 NC, NC400 H 4570 x 41 x 1,0 V510DM 4570 x 4 x 1,10 C460 NC 4670 x 41 x 1,0 H650M, C650MNC 500 x 4 x 1,10 H2028 M, H2028 F 5450 x 41 x 1,0 V x 54 x 1,60 C5040 NC, C7652 NC, H6550, NC7652 H 5815 x 54 x 1,0

50 WIU BAND AW BLADE Band saw blade dimensions and machine types Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness C520/560 NC, H x 54 x 1,0 alternatively 6040 x 54 x 1,60 V x 41 x 1,0 H800DM. C800DMNC 6600 x 54 x 1,0 C7656NC 6666 x 54 x 1,60 C620NC 7200 x 54 x 1,60 H2640 DM 7800 x 54 x 1,60 V x 67 x 1,60 H800 P, C800 NC 7800 x 67 x 1,60 H111 P x 80 x 1,60 H x 80 x 1,60 H x 80 x 1,60 H x 80 x 1,60 H x100 x 1,60 DAIO GA 260, GAII 260, 260, LA 260, L x 27 x 0,90 GA 260 W, GAII 260 W 505 x 4 x 1,10 GA 0, GAII 0, 60 B, x 4 x 1,10 GA 0 W, GAII 0 W 4120 x 41 x 1,0 GA 410, GAII x 4 x 1,10 GA 410 W, GAII 410 W 4570 x 41 x 1,0 4560, 4565, II x 41 x 1,0 GA 5070, 5570, x 41 x 1,0 II x 41 x 1,0 GA x 54 x 1,60 G 5080 CNC 6860 x 41 x 1,0 GA 6090, 6090, x 54 x 1,60 GA 8010, x 54 x 1,60 V 2120, V 6020, G 6510, GA 6510, G 7010 CNC 8800 x 54 x 1, x 67 x 1, x 67 x 1, x 67 x 1,60 V x 54 x 1,60 DANOBA CR260, CR260 I, CR260 A, CR260 AI 4090 x 27 x 0,90 CR260 AL 4520 x 27 x 0,90 CR260 F, CR260 AF 4520 x 4 x 1,10 CR0, CR0 A, CR0 AI, CR0I 4970 x 4 x 1,10 CR0 AL 4970 x 27 x 0,90 VP , VP x 41 x 1,0 CP440 A, CP440 AI, CP 420 N CP420 AN, CPI54.40 DI 5920 x 41 x 1,0 CP440 AL, CP420 ALN 5920 x 4 x 1,10 VPL(A)50/ x 41 x 1,0 CPA 50ADU 600 x 41 x 1,0 V0/60 (A) 6420 x 54 x 1,0 CP520 I, CP520 AI, CPI70.50 DI 6585 x 41 x 1,0 VL40/110 (A) 6800 x 54 x 1,0 V40/100 (A) 7240 x 54 x 1,0 CPI DI 7545 x 54 x 1,0 CP520 AF 7690 x 54 x 1,60 VL 70/110 (A) 790 x 54 x 1,60 CP650, CP650 A 8015 x 67 x 1,60 VLA 60/ x 54 x 1,60 VL40/200 (A) 8540 x 41 x 1,0 CP100.65, CP 800 A 8700 x 67 x 1,60 VL150/ x 80 x 1,60 VLR 50/110 A 8840 x 41 x 1,0 CPI DI 890 x 54 x 1,60 VLA0/ x 54 x 1,0 CP x 67 x 1,60 V60/150 (A) 9260 x 54 x 1,60 VL110/ x 80 x 1,60 CPI DI 90 x 54 x 1,0 VLR110/110 A 9420 x 54 x 1,0 VL40/250 (A) 9620 x 41 x 1,0 VL70/200 (A) 9760 x 54 x 1,60 V60/200 (A) 9870 x 54 x 1,60 CP x 67 x 1,60 CP x 80 x 1,60 V60/250 (A) x 54 x 1,60 VL70/250 (A) x 54 x 1,60 VL x 54 x 1,60 CP1100 A x 67 x 1,60 VLA60/ x 41 x 1,0 VLA x 41 x 1,0 CP12.11, CP x 67 x 1,60 CP1.11, CP x 80 x 1,60 CP x 80 x 1,60 CP x 80 x 1,60 G12.11 HV x 80 x 1,60 G15.15 HV x 80 x 1,60 G20.15 HV x 80 x 1,60 G20.20 HV x 80 x 1,60 DELA MOD x 27 x 0,90 FA20 R 010 x 27 x 0,90 FA00, FA x 4 x 1,10 HFA x 4 x 1,10 V015, V x 41 x 1,0 HFA x 4 x 1,10 V x 41 x 1,0 HFA450, FA x 41 x 1,0 HFA x 41 x 1,0 HFA600, HF x 54 x 1,60 HFA x 54 x 1,60 HFA x 54 x 1,60 HFA x 67 x 1,60 HF x 67 x 1,60 HFA x 80 x 1,60 V x 80 x 1,60 HFA x 80 x 1,60 DOALL CJ x 4 x 1,10 C10, C10 M, C41, C41 A, C55, C56, C57, C58, C67, C68, C69, C70, C79, C80, C81, C82, C8015, C167, C169, C170, C179, C180, C270, C x 27 x 0,90 C121 M/A 660 x 27 x 0,90 alternatively 660 x 4 x 1,10 CJ121, C05 M/A/NC 660 x 4 x 1,10 C912 M/A 75 x 27 x 0,90 C1212 M/A 4010 x 27 x 0,90 alternatively 4010 x 4 x 1,10 C916 M//A, MC x 27 x 0,90 C7, C8, C9, C9 A 4050 x 27 x 0,90 HC5, HC5 A 4064 x 27 x 0,90 C00 NC 4090 x 4 x 1,10 CJ x 4 x 1,10 C916 A/D 418 x 27 x 0,90 F14/H/HA 470 x 27 x 0,90 C0 M/NC 4450 x 4 x 1,10 F x 4 x 1,10

51 50 Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness C4100 M/A/NC/CNC, CJ410 M/A/NC, CJ1220 A/NC 4720 x 41 x 1,0 F x 4 x 1,10 MC x 4 x 1,10 F x 4 x 1,10 F6 520 x 41 x 1,0 F x 41 x 1,0 F2025 M/NC 509 x 4 x 1,10 F x 41 x 1,0 C40 M/NC 5450 x 41 x 1,0 C520 M/NC, C50 M/NC 6400 x 54 x 1,0 alternatively 6400 x 54 x 1,60 C650 M/NC 7620 x 54 x 1,60 C x 67 x 1,60 C1000 x x 54 x 1,60 C650 /NC 800 x 54 x 1,60 C670 M/NC 8450 x 54 x 1,60 C820 M/NC 9150 x 67 x 1,60 C1020 M/NC 9700 x 67 x 1,60 C x 67 x 1,60 C x 80 x 1,60 EIELE HB x 27 x 0,90 HB 280 N, HB 280, HB 60, HB 60 E 4020 x 27 x 0,90 HBG x 4 x 1,10 HB 450 N, HB 450, HB 620 N, HB x 4 x 1,10 EVERIING 250 HA, A 505 x 27 x 0, HA 660 x 27 x 0,90 12.A., AA, 00 HA 820 x 27 x 0,90 H260 HA, 0 HA 820 x 27 x 0,90 00 HB, 00 A, 0 HB 820 x 4 x 1,10 H260 HB 90 x 4 x 1,10 46 M 4115 x 27 x 0,90 00 HC, 0 HC 4115 x 4 x 1,10 H60 HA, H60 A 4420 x 4 x 1, HA, 400 A 4570 x 4 x 1, HA, HB, A 4670 x 41 x 1,0 VB040512, (15), (25) 4670 x 41 x 1,0 H5550, H5550 FII 4880 x 41 x 1,0 VB x 41 x 1,0 VB (long) 4880 x 54 x 1,60 H20A 4900 x 4 x 1,10 HA40 NC 5060 x 4 x 1,10 H7050, H460 HA, NC460 HA 5450 x 41 x 1,0 H550 HA 5800 x 41 x 1,0 VB 04070, (45), (60) 6000 x 41 x 1,0 HA5545 NC 640 x 41 x 1,0 H x 54 x 1,0 H560 HA 6600 x 54 x 1,60 VB070715, VB x 54 x 1,60 VB x 54 x 1,60 H7056, VB070760, (25) 6800 x 54 x 1,60 HW 50/ x 41 x 1,0 VB , (60) 7140 x 54 x 1,60 HA x 54 x 1,60 HA7056 NC 740 x 54 x 1,60 V x 41 x 1,0 H8070, H650 HA 7600 x 54 x 1,60 VB x 41 x 1,0 H700 HA, H700II 8000 x 54 x 1,60 H x 54 x 1,60 HFA700 CII, H x 67 x 1,60 VB 10145, (60) 8800 x 67 x 1,60 H x 67 x 1,60 HW 500/ x 54 x 1,60 VB04155, VB x 41 x 1,0 HW 650/ x 67 x 1,60 V x 41 x 1,0 VB 11645, (60) x 80 x 1,60 H1000 II x 80 x 1,60 H x 80 x 1,60 HW 800/ x 67 x 1,60 H x 80 x 1,60 H x 80 x 1,60 H x 80 x 1,60 FMB MINOR 1470 x 1 x 0, x 20 x 0, D 2400 x 20 x 0,90 alternatively 2400 x 27 x 0,90 PHOENIX 170, 200 A, 200 D, 200 D 240 D, 240 DP, 240 A 250 D, 250 DP, 250 A, 250 A Piping PULAR 2450 x 27 x 0,90 RION, ANLIA, ANARE, ORION URANU, CENAURO, IRIU CYGNU, CALIPO, OMEGA 2700 x 27 x 0,90 MAJOR, ZEU, JUPIER, IAN 00 AV, 240 AV, 240 AVD, 00 D 180 x 27 x 0,90 GALACIC, 400 AV 420 x 27 x 0,90 COPERNICO 470 x 20 x 0,650,90 HERCULE, PEGAU 4120 x 4 x 1,10 APOLLO 4140 x 4 x 1,10 CORPIO 4250 x 4 x 1,10 POLARI 400 x 4 x 1,10 POLARI (from 1999) 4500 x 4 x 1, AV 4900 x 27 x 0,90 ALANA 4900 x 41 x 1,0 PLUON x 27 x 0,90 PLUON x 4 x 1,10 OLIMPU 1, OLIMPU 2, OLIMPU 5450 x 41 x 1,0 PLUON (from 1999) 5600 x 4 x 1,10 Bold printed band saws are currently produced FORE Piccolo (only replacement) 1215 x 1 x 0,65 F 200/ (only replacement) 2740 x 20 x 0,90 F x 27 x 0,90 Fortemat BA 21/IP, BA 21/IPCNC (only replacement) 660 x 4 x 1,10 Fortemat BA 241/, BA 241//MCNC 4100 x 4 x 1,10 Uniforte 500 (only replacement) 400 x 4 x 1,10 F 20/IGB (only replacement) 450 x 4 x 1,10 F 60/ (Only replacement) 4870 x 27 x 0,90 F 420/I, Fortemat BA 41/ (o.replacem.) 4870 x 4 x 1,10 Fortemat BA 61/, BA 61/CNC 4870 x 41 x 1,0 Fortemat BA 421/, BA 421/CNC 6050 x 41 x 1,0 Fortemat BA 51/, BA 51/CNC 6270 x 54 x 1,60 Fortemat BA 681/, BA 681/CNC 7400 x 54 x 1,60 Fortemat B 801/ (only replacement) 9000 x 67 x 1,60 Fortemat B 1001/ (only replacement) x 67 x 1,60

52 WIU BAND AW BLADE Band saw blade dimensions and machine types Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness FRIGGI 1 MF x 41 x 1,0 FP 280 ACN 4650 x 4 x 1,10 A 650 x x 4 x 1,10 1 MF x 41 x 1,0 2 MF 520 N ACN 6750 x 54 x 1,0 A 1200 x x 4 x 1,10 VA H 4000 x 650 x x 54 x 1,60 alternatively 6900 x 67 x 1,60 VA H 2500 x 650 x x 54 x 1,60 2 MF x 54 x 1,60 VA H 000 x 1000 x x 54 x 1,60 alternatively 7900 x 67 x 1,60 V 000, V x 41 x 1,0 ONL 560 x 600 ACN 8470 x 54 x 1,60 2 MF x 54 x 1,60 2 MF x 54 x 1,60 A 1500 x x 41 x 1,0 A 1500 x x 54 x 1,60 ONL 660 x 700 ACN 8660 x 41 x 1,0 VA H 000 x 1500 x x 54 x 1,60 alternatively 9080 x 67 x 1,60 2 MF x 67 x 1,60 A 2500 x x 41 x 1,0 2 MF x 67 x 1,60 2 MF 1000 F ACN x 67 x 1,60 2 MF x 80 x 1,60 2 MF GANRY 1500 x x 80 x 1,60 2 MF GANRY 1500 x x 80 x 1,60 2 MF GANRY 2000 x x 80 x 1,60 2 MF GANRY 2500 x x 80 x 1,60 HEM idewinder 450 x 27 x 0,90 C2000 HADC 640 x 4 x 1,10 V100 LM 810 x 4 x 1,10 V100 LA 810 x 4 x 1,10 H101 A2 810 x 4 x 1,10 H90 A, H100 M, H100 A 910 x 27 x 0,90 V120 HM, V120 HA 4090 x 4 x 1,10 V125 HA1 mart 4090 x 4 x 1,10 V100 LM2, V100 LA2 440 x 4 x 1,10 H101 A x 4 x 1,10 V10 HM, V10 HA 4470 x 41 x 1,0 WIER, H105 M, H105 A 4570 x 4 x 1,10 H105 LM, H105 LA, H120 LM, H120 LA 4770 x 4 x 1,10 V10 HM, V10 HA 480 x 41 x 1,0 V150 A mart 480 x 41 x 1,0 V120 HM, V120 HA, V125 HA1 mart 4880 x 4 x 1,10 FP120 HM, FP120 HA 5180 x 4 x 1,10 H 10 HM1, H10 HA x 41 x 1,0 WF10 HADC 50 x 41 x 1,0 V150 M, V150 A, V150 A mart 5640 x 41 x 1,0 H10 HMDC, H10 HADC 5790 x 41 x 1,0 PM2596, PM25120, PM x 41 x 1,0 alternatively 6040 x 54 x 1,0 V200 A mart 6710 x 54 x 1,0 H160 MDC, H160 ADC, V200 M, V200 A 6710 x 54 x 1,60 F10 HMDC, F10 HADC 6760 x 41 x 1,0 WF160 LADC 680 x 54 x 1,60 H160 LMDC, H160 LADC 7010 x 54 x 1,60 WF140 HMDC 7260 x 54 x 1,60 H160 XLDC, H160 XLADC 710 x 54 x 1,60 H26 MDC, H26 ADC 820 x 54 x 1,60 WF190 MDC, WF190 ADC 8690 x 54 x 1,60 WF190 LMDC, WF190 LADC 8840 x 54 x 1,60 WF190 XLMDC 9140 x 54 x 1,60 HEA HE250 DGH 2750 x 27 x 0,90 HE250 DGH starting with feb of man x 27 x 0,90 HE x 27 x 0,90 HE x 27 x 0,90 HE260 HL 660 x 27 x 0,90 HYD MECH 10, V14, V14 A, V14 P 660 x 27 x 0,90 20, 20 P, 20 A 4115 x 27 x 0,90 H10 A 4115 x 27 x 0,90 H12 A, H12 P 4115 x 4 x 1,10 V18, V18 A, V18 P, V18 APC 4546 x 4 x 1,10 H14 A 4674 x 4 x 1,10 2, 2 P, 2 A 4724 x 4 x 1,10 VW x 27 x 0,90 V18 Extended Head 500 x 4 x 1,10 M16 A, M16 P 569 x 4 x 1,10 H16 A, H16 P 5740 x 41 x 1,0 H18 A 5842 x 41 x 1,0 alternatively 5842 x 4 x 1,10 M20 A, M20 P 6248 x 41 x 1,0 H20 A, H20 P 6760 x 54 x 1,0 alternatively 6760 x 54 x 1,60 H22 A 6858 x 54 x 1,60 V0 770 x 41 x 1,0 alternatively 770 x 54 x 1,0 alternatively 770 x 54 x 1,60 H26 A, H26 P 7620 x 54 x 1,60 H28 A 7620 x 54 x 1,60 5 P 9040 x 54 x 1,60 H2 A, H2 P 9246 x 67 x 1,60 H26 / x 54 x 1,60 alternatively x 67 x 1,60 H 40/ x 67 x 1,60 H 40/ x 80 x 1,60 H 40/ x 80 x 1,60 INDORE 210 DC 760 x 27 x 0, DCV/DCA 760 x 27 x 0,90 00 DCV/DCA/DCNC 4100 x 4 x 1, VR VERICAL 4860 x 4 x 1,10 40 DCV/DCA 4860 x 41 x 1,0 420 DCV/DCA 5800 x 41 x 1,0 460 DCV/DCA/DCNC 5800 x 41 x 1,0 00 V VERICAL 600 x 41 x 1,0 50 DCV/DCA 6900 x 54 x 1, DCV/DCA 8000 x 67 x 1, DCV/DCA 8800 x 67 x 1, DCV 9700 x 80 x 1, DCV 1200 x 67 x 1, DCA 1200 x 80 x 1, x 1500 DCV/DCA 100 x 80 x 1, x 1500 DCV x 80 x 1,60 JAEPA W 150 G 2000 x 20 x 0,90 W 160 G 200 x 20 x 0,90 W 180 DG 2450 x 20 x 0,90 W 220 DG/DGH/DGA 2940 x 27 x 0,90 Concept 240 G/GH/GA 2940 x 27 x 0,90 Concept 260 G/GH 40 x 27 x 0,90

53 52 Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness Classic 02 DGH(formerly V 02 DGH) 660 x 27 x 0,90 W 260 DG/DGH,W 260 M, W 20, 660 x 27 x 0,90 W 270 A 900 x 27 x 0,90 W 270 A 4mm blade 900 x 4 x 1,10 W 20 G, W 20 GH 4120 x 27 x 0,90 W 20 G, W 20 GH 4mm b. W 20 GA 4120 x 4 x 1,10 V 25 DGH/DGH V 80 DG/DGH 4250 x 4 x 1,10 Classic 420 DGH 4490 x 4 x 1,10 W 400 A, W 400 HA 4570 x 4 x 1,10 W 280 / 20 AZ 4570 x 4 x 1,10 W 22 AZP 4820 x 4 x 1,10 Classic 500 DGH/DGA (formerly V 500 DGH/DGA) 4870 x 4 x 1,10 W 40 AZP 5100 x 4 x 1,10 W 402 AZP 5100 x 41 x 1,0 W 2 AZP 500 x 4 x 1,10 W 00 AZP, W 02 AZP 590 x 4 x 1,10 W 400 AZP 5500 x 4 x 1,10 W 400 HAP 6100 x 4 x 1,10 W 420 AZP 6400 x 41 x 1,0 W 500 HAP 6700 x 41 x 1,0 W 501 AZP 7250 x 54 x 1,60 W 500 HAP/G 7500 x 54 x 1,60 W 800 HAP/G 8500 x 54 x 1,60 W800 HAP 9400 x 67 x 1,60 JJ MACHINE OOL JJ x 27 x 0,90 JJ x 4 x 1,10 JJ x 4 x 1,10 JJ x 41 x 1,0 JJ x 54 x 1,0 JJ x 54 x 1,60 JJ650, JJ x 67 x 1,60 JJ1000, JJ1000X x 80 x 1,60 JJ1250, JJ1250X x 80 x 1,60 JJ x 80 x 1,60 JJ1250X x 80 x 1,60 JJ1250X x 80 x 1,60 ALENBACH UMB x 27 x 0,90 B 60 G, B 60 NAG 80 x 27 x 0,90 BR 280 NA 800 x 4 x 1,10 BR 500 G 4600 x 4 x 1,10 BR 610 DG 5620 x 4 x 1,10 B 05 H, B 05 NA, 5620 x 4 x 1,10 alternatively 5620 x 41 x 1,0 B 80 H, B 80 NA 5620 x 4 x 1,10 alternatively 5620 x 41 x 1,0 B 400 DG 570 x 4 x 1,10 BR 70 H, BR 70 NA 570 x 41 x 1,0 BR 71 H, BR 71 NA 5920 x 41 x 1,0 B 620 DG 6175 x 41 x 1,0 B 455 H, B 455 NA 6200 x 41 x 1,0 alternatively 6200 x 54 x 1,0 B 750 DG, B x 41 x 1,0 B 920 DG 7290 x 41 x 1,0 BR 460 H, BR 460 NA 7470 x 54 x 1,0 B 550 H, B 550 NA 7820 x 54 x 1,0 BR 550 H, BR 550 NA 7820 x 54 x 1,60 B 851 DG 7980 x 54 x 1,0 alternatively 7980 x 54 x 1,60 B 1001 DG 8250 x 54 x 1,60 B 700 H, B 700 NA 8920 x 54 x 1,60 B 101 DG 9800 x 67 x 1,60 B 1551 DG 1000 x 67 x 1,60 AO AObsm E x 27 x 0,90 AObsm U x 27 x 0,90 Funktional M/U/A 2910 x 27 x 0,90 Diagonal 50 x 8 x 0,65 alternatively 50 x 27 x 0,90 BA 220 AU, BL 280 U, BM 220 BA, BA 260 AU, BM 260 BA 80 x 27 x 0,90 AOcut E 2, AOsba A 2 80 x 27 x 0,90 B 260 VA up to series x 4 x 1,10 from series x 4 x 1,10 from series x 8 x 1,0 from series x 41 x 1,0 AOssb A 2 up to series x 4 x 1,10 from series x 4 x 1,10 from series x 8 x 1,0 from series x 41 x 1,0 BA 260/400 U/G, BM 260/400 B/G 410 x 27 x 0,90 PBA 20 / 460 U / AU 462 x 41 x 1,0 BA 280 AU, BA 280 AUG, BA 20 AU, BA 20 AUG, BL 20 G, BL 20 GH 490 x 4 x 1,10 AOpos A 2, AOpos GA 2, AOpos A, AOpos GA, AOcut GE, AOcut GU 490 x 4 x 1,10 AOtwin A 2 / A + L 2 / L up to series x 41 x 1,0 from series x 4 x 1,10 AOplate U up to series x 41 x 1,0 optional 490 x 54 x 1,0 BA 20/500 DGU/AU 5090 x 4 x 1,10 AOprofil 5090 x 4 x 1,10 BA 400 AU, BA 400 AUG, BL 400 G, BL 400 GH 5090 x 4 x 1,10 AO cut GE 5090 x 4 x 1,10 AO cut GU 5090 x 4 x 1,10 AOpos A 4, AOpos GA 4, AOcut GE 4, AOcut GU x 4 x 1,10 AOtwin A 4 / U 4 up to series x 41 x 1,0 from series x 41 x 1,0 BL 80 U 522 x 4 x 1,10 BB 60 / x 41 x 1,0 alternatively 5290 x 54 x 1,0 AObbs U x x 41 x 1,0 alternatively 5290 x 54 x 1,0 HBA 40 AU / 60 AU up to series x 4 x 1,10 HBA 60 AU from series x 41 x 1,0 PBA 460 U / AU 54 x 41 x 1,0 AOplate U from series x 41 x 1,0 optional 5450 x 54 x 1,0 AObloc U x 41 x 1,0 optional 5450 x 54 x 1,0 HBA 60 / 600 U up to series x 4 x 1,10 from series x 41 x 1,0 PBA 520 / 620 U / AU 6096 x 41 x 1,0 HBA 420 AU 600 x 41 x 1,0 alternatively 600 x 54 x 1,0 AOturn D x 41 x 1,0 AOtec U / A 680 x 41 x 1,0 Option 680 x 54 x 1,0 AOtec U / A x 41 x 1,0 Option 680 x 54 x 1,0

54 WIU BAND AW BLADE Band saw blade dimensions and machine types Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness HBA 520 U / 520 AU, PBA 660 U / AU 729 x 54 x 1,0 alternatively 729 x 54 x 1,60 HBA 520 / 620 U / AU 749 x 54 x 1,0 AObbs U 5x x 54 x 1,60 alternatively 7440 x 67 x 1,60 BB 860 / x 54 x 1,60 alternatively 7440 x 67 x 1,60 AObbs U 8x x 54 x 1,60 alternatively 7440 x 67 x 1,60 AOtec U / A x 54 x 1,0 optional 7675 x 54 x 1,60 optional 7675 x 67 x 1,60 AObbs U x 54 x 1,60 alternatively 7772 x 67 x 1,60 BB 460 / 1660 U / AU, 850 x 54 x 1,60 BB 660 / 1660 U / AU alternatively 850 x 67 x 1,60 AObbs U / A 4x x 54 x 1,60 AObbs U / A 6x16 alternatively 850 x 67 x 1,60 AOturn D x 54 x 1,0 HBA 660 U / AU 8585 x 67 x 1,60 AOhba U / A x 67 x 1,60 BB 60 / 2060 U / AU 8686 x 41 x 1,0 alternatively 8686 x 54 x 1,0 AObbs U / A x x 41 x 1, x 54 x 1,0 HBA 660 / 1060 U / AU 985 x 67 x 1,60 AOhba U / A 6x x 67 x 1,60 PBA 800 / 1060 U / AU 998 x 54 x 1,60 alternatively 998 x 67 x 1,60 PBA 800 / 1060 U / AU 998 x 54 x 1,60 alternatively 998 x 67 x 1,60 BB 1260 / 1560, x 67 x 1,60 HBA 860 / 1060 AUCNC alternatively x 80 x 1,60 AObbs U 12x x 67 x 1,60 AOhba A 8x10 alternatively x 80 x 1,60 HBA 1060 / 1260 U / AU 1140 x 80 x 1,60 AOhba U / A 10x x 80 x 1,60 AOhba U / A x 80 x 1,60 BB 1860 / x100 x 1,60 alternatively 1140 x125 x 2,00 AObbs 18x x100 x 1,60 alternatively 1140 x125 x 2,00 PBA 1060 / 1260 U 160 x 67 x 1,60 alternatively 160 x 80 x 1,60 HBA 1060 / 1660 U / AU 1460 x 80 x 1,60 AOhba U / A 1x x 80 x 1,60 PBA 1060 / 1660 U x 67 x 1,60 alternatively x 80 x 1,60 PBA 1060 / 2060 U x 67 x 1,60 alternatively x 80 x 1,60 PBA 160 / 160 U x 80 x 1,60 PBA 1660 / 1660 U Gantry x 80 x 1,60 LAEGER HB 220, HB 220 G, HB 220 DG, HBA 220, HBA 220 G, HBA x 27 x 0,90 HB 265, HB 265 G, HB 256 DG HBA 265, HBA 265 G 280 x 27 x 0,90 HB 25, HB 25 G, HBA 25, HBA 25 G 770 x 27 x 0,90 HBA 265, HBA 25, HBA 25 G 4150 x 4 x 1,10 HBA 400, HBA x 4 x 1,10 HBA 500G, HBA 500DG 4700 x 4 x 1,10 MARVEL V10, V10APC 4115 x 27 x 0,90 8 Mark II 4420 x 27 x 0,90 81, 81APC 4420 x 4 x 1,10 15, 15APC 4720 x 4 x 1,10 MV460, MV460APC 4775 x 4 x 1,10 MV525, MV525APC 50 x 41 x 1,0 25, 25APC 5740 x 41 x 1,0 MEBA x 20 x 0, G 2450 x 27 x 0,90 20 G / DG / DGP / GAP / GAH / GANC 2720 x 27 x 0, DG 2825 x 27 x 0, x 27 x 0, x 27 x 0, AP 50 x 27 x 0, GP 50 x 27 x 0, x 27 x 0, A 660 x 27 x 0,90 01 G / 01 GA 660 x 27 x 0,90 05 G / DG / GA 800 x 27 x 0, A / 250 / x 27 x 0,90 10 G / GA 800 x 4 x 1,10 00 A 800 x 4 x 1,10 20 / 20 A 800 x 4 x 1, x 4 x 1,10 10 DG 4200 x 27 x 0,90 ECO 20 G standard 4200 x 27 x 0,90 ECO 20 GA standard 4200 x 27 x 0, / 280 A 4200 x 4 x 1,10 20 DG 4200 x 4 x 1,10 10 GL, 10 GAL 4200 x 4 x 1,10 ECO 20 G stepless drive / H 4200 x 4 x 1,10 ECO 20 GA stepless drive / 4200 x 4 x 1,10 ECO 20 DG / DGA 4400 x 4 x 1,10 ECO 5 / 5 A / G / GA / DG / DGA 4400 x 4 x 1,10 0 / 0 A 4471 x 4 x 1,10 (after machine card) 4471 x 41 x 1,0 40 / 40 A 462 x 4 x 1,10 (after machine card) 462 x 41 x 1, x 4 x 1, x 41 x 1,0 280 A up to `94 year of manufacture 4670 x 41 x 1,0 407 A 5120 x 41 x 1,0 420 / 420 A 54 x 41 x 1,0 80, 80 A up to `94 year of manufacture 54 x 41 x 1, x 4 x 1,10 00 G / DG / GA / DGA x 4 x 1, x 41 x 1,0 80, 80 A 5800 x 41 x 1,0 420 G / 420 GA 5800 x 41 x 1,0 40 / 40 A 5800 x 41 x 1,0 ECOerie 410 / A / DG / DGA 5800 x 41 x 1,0 620 DGP 5800 x 41 x 1,0 400 G700 up to `94 year of manufacture 6000 x 41 x 1,0 45 G / 45 GA 6080 x 41 x 1,0 400 G700 starting with `94 year of manufacture 610 x 41 x 1,0 400 GA700 up to `97 year of manufacture 610 x 41 x 1, x 41 x 1,0 420 G800 / 420 GA x 54 x 1,0 400 GA700 starting with `97 year of manufacture 6760 x 41 x 1,0 400 DG / DGA x 41 x 1,0 560 / 560 A / 660 / 660 A up to `94 y. of man. 780 x 54 x 1,60

55 54 Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness 560 / 560 A / 660 / 660 A 8500 x 54 x 1, G / DG / GA x 54 x 1, G / DG / GA / DGA 8500 x 54 x 1, x 67 x 1, G / DG / GA / DGA x 54 x 1, G / DG / GA / DGA 900 x 54 x 1, DGP / / x 67 x 1,60 MEGA H260 A, H260 GA 660 x 27 x 0,90 B250 HA, B250 GA 660 x 4 x 1,10 B00 HA, B00 GA 820 x 4 x 1,10 H0 A, H0 GA, H0 920 x 4 x 1,10 B400 HA, B400 GA, B400 HA, B60 GA, B60 HA, B450 M, B60 A, B60 A 4115 x 4 x 1,10 H400 A, H400 GA, H x 4 x 1,10 B450 A 4670 x 41 x 1,0 B450 HAA, B 450 GAA 4880 x 41 x 1,0 H5042 A 5100 x 41 x 1,0 H460 A, H460 GA, H460, B180 (H180) 500 x 41 x 1,0 B760 M 5500 x 41 x 1,0 H550 A, H550 GA, H x 41 x 1,0 H600, x 54 x 1,60 H700 A, H700 GA, H700, H800, x 54 x 1,60 MH x 54 x 1,60 H1080, x 67 x 1,60 MH x 54 x 1,60 MH x 67 x 1,60 MH x 67 x 1,60 H x 80 x 1,60 MH x 67 x 1,60 MH185, H x 80 x 1,60 H x 80 x 1,60 MEP PH x 1 x 0,65 H 200 & H 200/2 275 x 20 x 0,90 H 260 & H x 27 x 0,90 H 280 / H 280 X / H 280 XI 2950 x 27 x 0,90 H 20 X / H 20 XI H 20 AX / H 20 AXI H 20 CNC FE 150 x 27 x 0,90 H 0 HH / H 0 AXI / H 0 CNC FE 20 x 27 x 0,90 H 400 CNC FE 4400 x 4 x 1,10 MEALIN 20 A, 20, 20 VA 660 x 27 x 0, A, 420, 420 VA 460 x 4 x 1, V 4570 x 4 x 1,10 MEORA UMB x 27 x 0,90 MB 00, 00 RR 660 x 27 x 0,90 VMB x 4 x 1,10 Geromat x 27 x 0,90 MBL 00, MB x 27 x 0,90 VMB 20 D 4100 x 4 x 1,10 MB 0 ERGONOMIC 4600 x 4 x 1,10 HMB/VMB 05 D 4900 x 4 x 1,10 alternatively 4900 x 41 x 1,0 HMB 405 R 5620 x 4 x 1,10 HMB/VMB 80 D 5620 x 41 x 1,0 alternatively 5620 x 4 x 1,10 HMB/VMB 455 D 6200 x 54 x 1,60 HMB 705 G 6800 x 41 x 1,0 HMB/VMB 550 D 7820 x 54 x 1,60 HMB/VMB 700 D 8920 x 54 x 1,60 MILER DEB 280 CE 4100 x 4 x 1,10 ACM x 4 x 1,10 DEB 40 CE 5000 x 4 x 1,10 DEB 410 CE 5940 x 41 x 1,0 DEB 420 CE 6200 x 54 x 1,0 alternatively 6200 x 54 x 1,60 DEB 540 CE 7460 x 54 x 1,0 alternatively 7460 x 54 x 1,60 DEB 650 CE 9400 x 67 x 1,60 DEB 720 CE 9520 x 67 x 1,60 MIRY LAXMAN ADVA & CO. LO 2510 x 20 x 0,90 L1.D x 20 x 0,90 L1.H. 000 x 27 x 0,90 L150.DCA. 760 x 27 x 1,10 L2.H. 810 x 27 x 0,90 L210.DC x 4 x 1,10 L.H x 4 x 1,10 L4.H x 4 x 1,10 L00.DCA x 41 x 1,0 L400.DC x 41 x 1,0 L500.DC x 54 x 1,60 L600.DC x 67 x 1,60 L700.DC x 67 x 1,60 L1000.DC x 80 x 1,60 L1500.DC x 80 x 1,60 MÖNER /260 x 1 x 0,650, /260 x 1 x 0,650, (2 wheels) 920/4050 x 627 x 0,650, /4200 x 627 x 0,650, (heightened) 4500/4600 x 627 x 0,650, /5180 x 104 x 0,651, ( wheels) 5250/550 x 627 x 0,650,90 60 (250 heightened) 5600/5680 x 104 x 0,651, /6400 x 14 x 0,651, /665 x 627 x 0,650,90 VB 801 F 6670/670 x 441 x 1,101, (270 heightened) 6980/7040 x 627 x 0,650,90 MÜLLER amu 150 G 1470 x 1 x 0,65 amu 210 G, amu 220 G 2450 x 20 x 0,90 HB 220 G 2450 x 27 x 0,90 HB 20 GM, HB 20 GMA, HB 20 GLRM, HB 20 GLRMA HB 20 GLRHA 2700 x 27 x 0,90 amu 260 GM, amu 260 GC, amu 280 DGM, amu 280 DGC amu 280 GHH, amu 280 DGHH amu 10 GHA, amu DGHA 2700 x 27 x 0,90 HBA 240, HBA 240 G 180 x 27 x 0,90 amu 270 A, amu 00 GA 180 x 27 x 0,90 B 410, B 420, B 40, 400 x 1 x 0,65 B 450, B 460 alternatively 400 x 20 x 0,90 HB 275 G 460 x 27 x 0,90 alternatively 460 x 4 x 1,10

56 WIU BAND AW BLADE Band saw blade dimensions and machine types Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness HB 280, HB 00, HBA 20 G, HB 21 G, HB 260, 660 x 27 x 0,90 HBA 260, HBA 280 alternatively 660 x 4 x 1,10 amu 500 GHA 4120 x 4 x 1,10 amu 450 GA 4140 x 4 x 1,10 HB 20, HB 20 GLR, HB 22 G HBA 20, HBA 500 G, HBA 20 G 4150 x 27 x 0,90 alternatively 4150 x 4 x 1,10 HB 20 G 4150 x 4 x 1,10 amu 80 VDGHA 4250 x 4 x 1,10 HBA 400, HBA 500 G, HB 500 G HB x 4 x 1,10 amu 400 A 4500 x 4 x 1,10 B 650, B x 1 x 0,65 B 1150, B x 20 x 0,90 alternatively 5000 x 1 x 0,65 HB 450, HB 450 G 5060 x 4 x 1,10 amu 700 HA, amu 700 DGHA 5450 x 41 x 1,0 amu x 4 x 1,10 MULICU MACHINE OOL BDC x 27 x 0,90 BDC x 4 x 1,10 BDC x 41 x 1,0 BDC x 41 x 1,0 BDC x 67 x 1,60 BDC x 67 x 1,60 BDC x 67 x 1,60 BDC x 80 x 1,60 BDC x 80 x 1,60 PEDRAZZOLI N x 27 x 0,90 N x 27 x 0,90 N x 27 x 0,90 N x 27 x 0,90 N x 27 x 0,90 N x 4 x 1,10 PEHAA H 00 GB, H 00 GBAU 660 x 27 x 0,90 H 260, HL 260, H 260 uper, Pehakamat 250 L, PEHAAMA 250 uper 700 x 27 x 0,90 Pehakamat 260 ZP 4850 x 4 x 1,10 H 40 GB 5000 x 4 x 1,10 H 420, Pehakamat 420R 500 x 4 x 1,10 H 40/500, PEHAAMA 60 ZP 5600 x 41 x 1,0 H 440/ x 41 x 1,0 H 540/ x 54 x 1,60 H 10/600 GB 6850 x 4 x 1,10 Pehakamat 440 ZP 7200 x 41 x 1,0 Pehakamat 540/610 ZP 7900 x 54 x 1,60 H 650/ x 67 x 1,60 H 400/800 GB 8100 x 41 x 1,0 Pehakamat 650/800 ZP 8800 x 67 x 1,60 H 540/1100 GB x 54 x 1,60 H 820/820, Pehakamat 820 ZP x 67 x 1,60 H 820/ x 67 x 1,60 H 1700/ x 54 x 1,60 H 1070/ x 67 x 1,60 H 1500/ x 67 x 1,60 H 1250/ x 67 x 1,60 alternatively x 80 x 1,60 RE CAR x 1 x 0,65 R 6 M 2000 x 20 x 0,90 CAR x 20 x 0,90 R 8 M 2450 x 27 x 0,90 R 7 A/A 2650 x 20 x 0,90 R 8 A 2650 x 27 x 0,90 R 9 M/A, R 10 A/A 000 x 27 x 0,90 00 M A 4020 x 27 x 0, CNC AL 4100 x 4 x 1,10 00 M/ x 4 x 1,10 20 CNC A AL 4450 x 4 x 1,10 20/45 CNC 4950 x 4 x 1, M MA 5100 x 4 x 1, CNC A AL 5250 x 41 x 1,0 520 A 6400 x 41 x 1,0 520 CNC AL 6400 x 54 x 1, V 750 x 54 x 1, CNC A, 1500 V 8450 x 54 x 1, G 9200 x 67 x 1, A/A 9700 x 67 x 1, A 9850 x 67 x 1, G x 67 x 1, A A 1600 x 67 x 1, A G x 80 x 1,60 RÜCH OP AW x 27 x 0,90 HB 260, 20/450 G, 275 A, 260/20 AF 660 x 27 x 0, A 4500 x 4 x 1,10 40 A, 400/600 A 5250 x 4 x 1, A 5420 x 41 x 1,0 420/700, 420/700 G, 420/700 G 5740 x 4 x 1, A 5890 x 41 x 1,0 520/700, 520/700 G, 520/700 G 680 x 41 x 1,0 600 A 8800 x 67 x 1,60 ABI BR 150/ x 20 x 0,90 BR 160/ x 20 x 0,90 BR 20/00, BR 20/280 A CN 2720 x 27 x 0,90 BR 240/20, BR 240/280 ANC 2925 x 27 x 0,90 PB 250/400, PB 250 A 660 x 27 x 0,90 BR 260/ x 27 x 0,90 BR 20/ x 4 x 1,10 PR 20/400, PR 20 A 4570 x 27 x 0,90 PB 20 A, PB 20/ x 4 x 1,10 BR 440/ x 4 x 1,10 PB 60 A, PB 60/ x 4 x 1,10 PR 20/ x 4 x 1,10 PB 450 ANC 6000 x 41 x 1,0 PB 450/700, PBR 450/700, PB 450 A 6775 x 41 x 1,0 PB 550 ANC 760 x 54 x 1,60 PB 550 A 7600 x 54 x 1,60 PBR 550/ x 54 x 1,0 PB 550/ x 54 x 1,60 PB 650 A 8400 x 54 x 1,60 PB 800/1000, PB 800 A 9500 x 67 x 1,60 PB 1000/ x 67 x 1,60 PB 1000 A x 80 x 1,60 PM MCB x 27 x 0,90 DCA x 27 x 0,90 HBM x 27 x 0,90

57 56 Manufacturer Machine type band dimension in mm length x width x thickness Manufacturer Machine type band dimension in mm length x width x thickness DCA x 27 x 0,90 DCA x 4 x 1,10 DCA x 4 x 1,10 HB260CNC 4100 x 4 x 1,10 DCM x 41 x 1,0 DCM x 41 x 1,0 DCA421, DCA500, DCM x 41 x 1,0 DCM x 54 x 1,60 DCM x 67 x 1,60 DCM x 67 x 1,60 RENNJÄGER EBA x 1 x 0,65 EBA x 1 x 0,65 EBA x 1 x 0,65 EBA 160 L 2080 x 1 x 0,65 EBA x 20 x 0,90 EBA 200 L 2570 x 27 x 0,90 EBA 240 bis NC 2710 x 27 x 0,90 EBA 250 DGHA 110 x 27 x 0,90 EBA 290 bis NC 110 x 27 x 0,90 EBA 260 bis NC 110 x 27 x 0,90 EBA x 27 x 0,90 EBA 0 GA 810 x 27 x 0,90 EBA x 4 x 1,10 EBA 4142 / x 4 x 1,10 EBA 450 DGHA 5150 x 4 x 1,10 EBA 502 DGHA 570 x 41 x 1,0 EBA 602 DGHA 570 x 41 x 1,0 EBA 750 DGHA 570 x 41 x 1,0 UE250 A, UE250 V, UE250 A 00 x 27 x 0,90 UE918 HAV, UE918 HA, UE918 A, UE x 27 x 0,90 LX x 4 x 1,10 UE 0 A / 0 A / 0 A 4100 x 4 x 0,90 UE x 4 x 1,10 WOO UNG H x 27 x 0,90 HANC00, HA0 820 x 4 x 1,10 HANC40, HA x 4 x 1,10 HANC450, HA x 41 x 1,0 HANC x 41 x 1,0 HANC x 41 x 1,0 H500MA, HANC x 41 x 1,0 HA700, H x 41 x 1,0 HA1000MA, H x 67 x 1,60 H x 67 x 1,60 UZAY MAINA UM 150 DG 2080 x 20 x 0,90 UMY 220 DG 000 x 27 x 0,90 UMYO 280 H 660 x 27 x 0,90 UMYO 50 G/DG 4260 x 4 x 1,10 UMYO x 4 x 1,10 UMYO x 4 x 1,10 UMY 420 H 5150 x 41 x 1,0 UMYO 50 LG 5400 x 41 x 1,0 UMYO x 41 x 1,0 UMY 540 H 6250 x 41 x 1,0 UMY x 41 x 1,0 UMY 540 DG 7400 x 41 x 1,0 UMO 540 DGH 7400 x 54 x 1,60 UMO 800 H 800 x 54 x 1,60 UMY x 54 x 1,60 UMY x 67 x 1,60 UMY x 80 x 1,60 WAGNER WPB 40 A 5270 x 4 x 1,10 alternatively 5270 x 41 x 1,0 WPB 420 A 6280 x 41 x 1,0 WPB 520 A 750 x 41 x 1,0 alternatively 750 x 54 x 1,60 WAY RAIN UE x 1 x 0,65 WE x 20 x 0,90 UE712 C, UE712 G, UE180 AH, UE712G 260 x 20 x 0,90 WE 270 D / WE 270 DA / WE x 27 x 0,90 UE916 V, UE916 A 05 x 27 x 0,90 WE 0 DA 080 x 27 x 0,90

58 WIU BAND AW BLADE Recommended cutting speed and cooling lubricant Material group DIN Material number UA JI tructural steels Case hardened steels Nitriding steels Machining steels Quenched and tempered steels Ball bearing steels pring steels Unalloyed ool steels ool steels for cold work ool steels for hot work Highspeed steels tainless steels Valve steels Hightemperature resisting steels Heatresistant steels pecial alloys empered steels N/mm N/mm N/mm 2 Hardened steels 50 HRC 55 HRC 60 HRC Cast steel Cast iron alloyed itanium alloyed Zirconium t 7/42 t 52/60 C10/C15 16 MnCr 5 20 CrMo 5 21 NiCrMo 2 4 CrAlNi 7 4 CrAlMo C 5/45 42 CrMo 4 4 CrNiMo Cr 6 65 i 7 50 CrV 4 C 125 W C 80 W Cr 1 X 210 Cr 12 X 155 CrVMo MnCrW 4 90 MnCrV 8 40 CrMnMo 7 X 40 CrMoV NiCrMoV 7 40 CrMnNiMo X 5 CrNi X 6 CrNiMoi X 20 Cr 1 X 45 Cri 9 X 45 CrNiW 18 9 X 12 CrCoNi X 20 CrMoWV 12 1 X 15 CrNii X 12 NiCri 6 16 NiCr 19 NbMo NiMo 0 NiCr 1 Mo 6 i NiCo 20 Cr 20 Moi X 8 CrNiAli G8 G60 GG0 GGG50 (NiCrMo) i 1 GiAl 6 V / / / / A 570 A / A 55 CI.D / H 6150 W 112 W 108 D D 2 01 O 2 H 1 L6 M 2 M i 420 HNV HEV 1 HNV Inconel 718 Hastelloy B Nimonic 901 Nimonic 26 Incoloy 840 A4845B CP itanium i6al4v M 12 A/M 400 A 490/M C/ 15 C CM 420 H NCM 22 UM 21 5C/45 C CM 440 NCM 447 UJ 2 UP 6 UP 10 2 D 1 D 11 D 61 4 H 51 H 59 H 57 H 2 U 04 U 16 U 420 J1 UH 1 UH 1 UH 661 UH 616 UH 10 UH 0

59 58 Extra/Diamant Bimetal Ø < 100 mm Cutting speed (m/min) Bimetal Ø mm Bimetal Ø > 500 mm Carbide Cooling lubricant (oil content) % 10 % 15 % 10 % 10 % 10 % 5 % 5 % 15 % 5 % 5 % 5 % % % % % % % dry/2 % dry/2 % % % 5 % 5 % 5 % 5 % % % % % % 10 % 10 % 10 % 5 % 5 % 10 % 10 % 15 % 15 % 20 % 12 % 20 % 15 % 15 % ~ 5 % ~ 5 % ~ 5 % ~ 5 % ~ 5 % ~ 5 % ~ % ~ % dry/2 % dry/2 % dry/2 % 10 % 10 % 12 %

60 WIU BAND AW BLADE Recommended cutting speed and cooling lubricant Material group DIN Mat.No. Cutting speed for Bimetal (m/min) Horizontal machine Vertical machine Cooling lubricant (oil content) Copper Cu 99.0 Cu Be % 10 % Brass CuZn 40 CuZn 40 Pb 2 CuZn 15 i % % % Bronzes in bronze Cun 6 Cun % % Red cast Cun 5 ZnPb Cun 10 Zn % % Aluminium bronze* CuAl 8 CuAl 10 Fe Ampco 18 Ampco % 15 % 15 % 15 % in lead bronze CuPb 20 n % Aluminium Forging alloy Al 99,8 AlMg AlMg 4,5 Mn % 25 % 25 % Cast alloy GAli 5 Mg GAli 9 Cu GAli % 25 % 25 % Piston alloy* Ali 21 CuNiMg % Plastics thermoplastic PVC polystyrene (P) polyethylene (PE) polyamide (PA) dry dry dry dry thermosetting polyurethane (PUR) epoxide (EP) polyester resin (UP) fabric reinforced*/** GRP */** dry dry dry dry dry Gasaerated concrete* dry Graphite carbon* * dry Highfired graphite** dry Fibrecement*/** dry * Carbide tipped band saw blades are strongly recommended ** We recommend diamond coated band saw blades Practical help: the WIU cutting data slide rule Only with optimal cutting conditions and exact cutting parameters a high tool life and a long blade life can be guaranteed. he extensive cutting data slide rule has been developed to help you. It shows 16 different material groups with altogether 40 of the most important materials to be cut.

61 60 Correct breakin procedure guarantees long blade life ➀ ➁ ➂ ➀ New cutting edge with very small edge radius ➁ Propper breakin of the band saw blade creates a stable cutting edge ➂ Excessive strain due to improper breakingin leads to microbreakages of the cutting edge Breakingin a band saw blade harp cutting edges with extremely small edge radii are required for high cutting capacity. WIU blades are predestined for that. o achieve the optimal tool life we recommend to breakin the blade accordingly. he correct cutting speed (m/min) is determined by the material beeing cut and its dimensions. he tables on the previous pages may help you. Examine apart from the tape tension, which should be with 00 N/mm 2, also the oil rate of the cooling lubricant. Hand refractometer and band tension meter are available at WIU. It is very important that the new blade is first used with only 50% of the determined feed rate. his will avoid microbreakages because of too large chip thicknesses can be avoided. New band saw blades may tend towards vibrations and vibration sounds. In this case a slight reduction of the cutting speed is also helpful. With small work piece dimensions approx. 00 cm 2 of the material should be cut for breakingin. If large work piece dimensions are to be cut we recommend a breakingin period of about 15 minutes. After breakingin you may slowly increase the feed rate up to the determined value. Maintenance Bimetal band saw blades of 0,75 tpi to 6 tpi can be resharpened or reset. Variable tooth pitches cannot be reset. With carbide tipped band saw blades all tooth pitches can be resharpened and reset, if necessary. However, changing the band saw blade in time is a condition of maintenance. Please observe that also resharpened band saw blades need a breakingin!

62 WIU BAND AW BLADE Customer service For questions about our product range or individual solutions for your application, please contact us. Our specialists have extensive experience with most applications and are glad to help you. If needed, our technicians will be there for you on the spot assisting you in the best possible use of our band saw blades. For extensive product recommendation we require the following information: 1. Exact description of the material to be cut, if possible including material number and tensile strength. 2. Crosssections of the material (for tubes diameter and wall thickness) and shape of the material (round, square, tube, profile etc.).. urface condition (forged, rolled, cast, drawn, bare etc.) 4. ype of cut (single, layer, bundle cut). When layer and bundle cutting please indicate the number of layers or bars. With flat, square or profile material, please specify whether the material is clamped flat or on edge. 5. Band saw blade dimensions (length, width, thickness) as well as the machine type. In case of contour cuts please indicate the smallest radius to be cut. View of the WIU head office in pangenberg, Germany